The utility model relates to a manufacturing method of an air tightness testing device for latex gloves

- Nov 06, 2019-

Background technology:

Latex gloves are a kind of gloves, it is different from ordinary gloves, from latex processing.It can be used in family, industry, medical treatment, cosmetology and other industries. It is a necessary hand protective device.The latex gloves are made of natural latex and other fine additives. The products are treated with special surface to make them comfortable to wear. They are widely used in industrial and agricultural production, medical treatment and daily life.

In the production of latex gloves, the glove model is first cleaned by acid and alkali, water cleaning, the washed model is first immersed in hot water and heated to soak the coagulant and dry for dipping.After dipping, send the oven to dry preliminarily, and then send the hot water to the oven for vulcanization and drying molding.The gloves are inflated for inspection after demodulation, set at low temperature, dried at medium temperature, washed, dehydrated, dried and then packed and sent to the finished products warehouse.During the inflating inspection, gloves are usually covered in the inflating tube and inflated into the gloves. According to the deformation of the gloves after inflating, whether the gloves are damaged or not is tested.When this method is checked, the subtle damage on the gloves cannot be found, and there are often some defective gloves flowing into the market, which greatly affects the use of consumers, and even brings trauma to the people who use the gloves in the process of use.


Technical implementation elements:

The purpose of the invention is to solve the shortcomings existing in the existing technology, and a latex glove air tightness detection device is proposed.

In order to achieve the above purposes, the present invention adopts the following technical scheme:

The utility model relates to an air tightness testing device for latex gloves, characterized by:Including housing, at the side of the box body is equipped with hole, inside the hole with column connection detection, detection column set at one end, on the other side on the outside of casing is set inside the enclosure, hole on the detection of column has two windpipe. The tube inside the enclosure with a booster pump, booster pump gas interface coordination with the connection inflatable tube end, inflatable tube at the other end plug in one of the trachea hole, inflatable tube out of the outside of the end face detection column, in another tube hole with the exhaust pipe connections, the exhaust pipe connected to the exhaust gas recovery tank inlet interface, exhaust gas recycling tank vent interface described by the first in a row over and connected to the inlet interface of the booster pump.

The advantages of this invention is that the present invention provides a latex gloves air tightness detection device is suitable for the air tightness test of latex gloves, through the pressure gauge the built-in pressure transmitter to detect the pressure inside the gloves, pressure change more than the set value, alarm alarm happens, gloves testing effect is good, high speed, detection process can be operated by the industrial control panel, time, suitable for promotion.

Technical features:

1. The utility model relates to an air tightness testing device for latex gloves, characterized by:Including housing, at the side of the box body is equipped with hole, inside the hole with column connection detection, detection column set at one end, on the other side on the outside of casing is set inside the enclosure, hole on the detection of column has two windpipe. The tube inside the enclosure with a booster pump, booster pump gas interface coordination with the connection inflatable tube end, inflatable tube at the other end plug in one of the trachea hole, inflatable tube out of the outside of the end face detection column, in another tube hole with the exhaust pipe connections, the exhaust pipe connected to the exhaust gas recovery tank inlet interface, exhaust gas recycling tank vent interface described by the first in a row over and connected to the inlet interface of the booster pump.

2. According to claim 1, the air tightness testing device of latex gloves is characterized in that the air charging tube is connected with the pressure gauge through a second connecting pipe and the pressure gauge is arranged outside the box.

3. According to the air tightness testing device of latex gloves described in claim 2, its characteristics lie in: the pressure gauge is a digital display pressure gauge.

4. According to the air tightness testing device of latex gloves mentioned in claim 1 or 3, its feature is that a one-way valve is arranged on the inflatable tube from the inside of the box to the outside of the box.

5. According to any item of claim 1-3, the air tightness testing device for latex gloves is characterized by an electric valve on the exhaust pipe.

6. According to the air tightness testing device of latex gloves mentioned in claim 5, its characteristics lie in: the outer side of the box is provided with an industrial control panel, which controls the connection between the booster pump and the electric valve.

7. According to the air tightness detection device of latex gloves mentioned in claim 1, its characteristics lie in: the outer side of the box is equipped with an alarm.

8. According to the air tightness testing device of latex gloves mentioned in claim 1, its characteristics lie in that the waste gas recovery tank is fixedly connected to the inside bottom of the tank body.

Technical summary

The invention discloses a kind of latex gloves air tightness detection device, including housing, at the side of the box body is equipped with hole, cooperate with connection testing column inside the hole, hole on the detection of column has two windpipe. The tube inside the enclosure with a booster pump, booster pump gas interface coordination with the connection inflatable tube end, inflatable tube at the other end plug in one of the trachea hole, inflatable tube out of the outside of the end face detection column, in another tube hole with the exhaust pipe connections, the exhaust pipe connected to the exhaust gas recovery tank inlet interface, exhaust gas recycling tank vent interface described by the first in a row over and connected to the inlet interface of the booster pump.

JB-SUD 半(全)浸胶手套生产线3