The invention relates to a manufacturing method of a glove processing device with inner lining

- Jul 16, 2019-

Background technology:

Rubber inspection gloves have many USES.Mainly used in medical, medical, health, beauty and hairdressing, food processing and electronics industry, it is the indispensable hand protection and product cleaning protection of the best products.It can effectively isolate virus and bacteria, prevent skin infection, prevent detergent from corrosion, protect hand skin and keep the product clean.Applied in chemical industry, precision installation, printing and other operating environment, not only feel sensitive, but also effectively protect the hand from the erosion of chemicals.

The gloves are soft to the touch: they are close to the hand and have flexible fingers, but they can be sweltering over a long period of time due to the lack of fiber lining, absorption and breathability.And gloves are hard to wear when your hands are wet from sweating.For some latex allergy users, there will be allergies.

Aiming at these problems, the existing technology typically set the lining inside the rubber gloves, gloves before bonding lining generally USES the fiber gloves lined with put on gloves mould, daub binder, and then put a rubber gloves in wear gloves lined with mold, has been heated and the binder, maturation, there are also some producers will rubber lining gloves mittens on the mould, the rubber gloves or daub binder on fiber lining, then set on the mold, heat or other ripening process making lining gloves.Although the above two technologies can also be used for lining gloves, they are complicated, labor intensity is high, yield is low, adhesion fastness is not enough, adhesion area is not comprehensive enough, and it is not suitable for mass production.


Technical implementation elements:

(1) technical problems to be solved

In view of the existing technical problems, the utility model provides a glove processing device with inner lining, which can solve the problems of low production efficiency and poor quality of gloves in the existing technology.

(2) technical scheme

In order to achieve the above purposes, the main technical schemes adopted by the utility model include:

The utility model relates to a glove processing device with inner lining, which comprises an expansion mechanism and a glove mold. The expansion mechanism comprises a vacuum adsorption cavity, which is adapted to the shape of rubber gloves and used to restrain the expansion of gloves.

The inner lining of the rubber gloves is arranged on the glove mold, and the inner lining is driven by the glove mold to enter into the expanded rubber gloves;

The shape of the glove mould is adapted to the shape of the vacuum adsorption chamber.

(3) beneficial effects

The beneficial effect of the utility model is that after the rubber glove is absorbed by vacuum on the inner surface of the adsorption cavity, a good and spacious space is formed. There is a space between the inner liner worn on the glove mold and the rubber glove (after the vacuum absorption is absorbed in the adsorption cavity), so as to avoid touching the part that has been coated with glue.From this, greatly reduce the labor intensity of wearing rubber gloves to mold cavity, avoid the phenomenon of slipping rubber gloves, at the same time, between rubber gloves and the lining also has a firm paste, adhesive area advantages.

Technical features:

1. The utility model relates to a glove processing device with inner lining, which is characterized by: including an expansion mechanism and a glove mold, wherein, the expansion mechanism includes a vacuum adsorption cavity, which is suitable for the shape of rubber gloves and used to restrain the expansion of rubber gloves;The inner lining of the rubber gloves is arranged on the glove mold, and the inner lining is driven by the glove mold to enter into the expanded rubber gloves;The shape of the glove mould fits the shape of the vacuum adsorption cavity, and the glove mould is smaller than the size of the vacuum adsorption cavity.

2. According to the glove processing device with inner lining mentioned in claim 1, its characteristics lie in that the expansion mechanism includes the box body, the vacuum adsorption cavity is arranged in the box body, and the cavity wall of the vacuum adsorption cavity is provided with a through hole, through which the vacuum adsorption cavity is connected with the space in the box body;The box body is also connected with a negative pressure generating device.

3. According to the glove processing device with lining mentioned in claim 2, its feature is that the cavity wall of the vacuum adsorption cavity is provided with a plurality of uniformly distributed through holes.

4. According to the glove processing device with lining mentioned in claim 3, its feature lies in that the vacuum adsorption chamber includes finger part, palm part and arm part, and there are through holes in the positions of corresponding finger part, palm part and arm part.

5. According to the glove processing device with lining mentioned in claim 1, its feature is that the inlet end of the vacuum adsorption chamber is equipped with an anti-shedding device, and the inlet end of the rubber gloves is fixed at the inlet end of the vacuum adsorption chamber through the anti-shedding device.

6. According to the glove processing device with inner lining mentioned in claim 1, its characteristic lies in that the glove mould is hollow structure and a perforating hole is arranged on the glove mould.

Technical summary

The utility model belongs to the technical field of rubber products, in particular to a glove processing device with inner lining.The glove processing device with inner lining includes an expansion mechanism and a glove mold. The expansion mechanism includes a vacuum adsorption cavity, which is suitable for the shape of rubber gloves and used to restrain the expansion of gloves.The inner lining of the rubber gloves is arranged on the glove mold, and the inner lining is driven by the glove mold to enter into the expanded rubber gloves;The shape of the glove mould fits the shape of the vacuum adsorption cavity, and the glove mould is smaller than the size of the vacuum adsorption cavity.The utility model adopts the device, which can solve the problems of low production efficiency and poor quality of lined gloves in the existing technology.

医用手套3