Latex gloves are one kind of gloves, which are different from the general gloves and are made of latex. It can be used as household, industrial, medical, beauty and other industries, and it is a necessary hand protective equipment. Latex gloves equipment, which is made of natural latex and other fine additives, are widely used in industrial and agricultural production, medical treatment and daily life.
Process description.
The rubber is first sliced by the rubber mixer and then sent to the sol cylinder to mix the sol with gasoline. After emulsification and modulation, the sol is pumped to the emulsion intermediate tank. The rubber solution dissolved in gasoline is fed from the top of the distillation tower, heated and distilled by steam, and the light component gasoline is heated into the gas phase, and the gasoline gas is mixed and cooled by cold water in the oil-gas cooler. The oil-water mixture goes to the oil-water separator and the oil-water is stratified. The upper gasoline is recovered, the lower water is pumped to the cooling tower for cooling, and the gas gasoline of the distillation tower is cooled after cooling; the emulsion of the distillation tower kettle is sent to the emulsion mixing tank according to its pressure for mixing and mixing, and then to the centrifuge to separate the glove raw latex, and then to be used after color mixing and filtering.
The glove model is first cleaned by acid and alkali and then washed by water. The cleaned model is first immersed in hot water and heated until it is immersed in coagulant and dried for dipping. After dipping, it is sent to the oven for preliminary drying, fiber inner sleeve, hot water flushing, and then sent to the oven for curing, drying and forming. After demoulding, the gloves shall be inflated for inspection, shaped at low temperature, dried at medium temperature, washed, dehydrated and dried before being packaged and sent to the finished product warehouse.
The invention relates to the field of medical devices, in particular to a glove mold cleaning device in a medical glove processing device.
The usage of medical gloves Gloves equipment is as follows:
Fill the mould washing tank with the required pH value liquid, turn on the ultrasonic generator, which will send out the high frequency vibration signal, and convert it into mechanical vibration through the ultrasonic transducer in the ultrasonic vibration plate 3;
The glove mould is hung and fixed in the mould conveyor belt 1 above the mould washing groove, and is transported along the conveyor belt 1 at a set speed;
When the first glove mold slides to the inlet of the washing groove, the position sensor 5 on the groove wall at the inlet transmits the induction signal to the controller, which controls the motor operation. The brush connected with the motor moves upward along the chute and stops at the upper end of the chute. When the glove mold on the conveyor belt 1 passes through the brush area, the brush fully contacts the glove mold and brushes off the glove mold angle. Dirt stuck in the falling;
When the position sensor 5 senses the last glove mould passing by, it will send the induction signal to the controller. The controller will set a period, so that the glove mould can be cleaned in the mould washing tank, and then send the control command to the first solenoid valve 9, so that the spray head 6 will spray water to wash the brush 7. After washing, the controller will control the motor to run in reverse, and the brush connected with the motor will move along the chute. Move down until the lower end of the sliding groove, and immerse the brush head into the liquid in the mold groove to clean the dirt stuck on the brush;
When the glove mould cleaning is finished and leaves the mould washing tank, the pH sensor 4 will send the monitoring signal to the controller. After the controller judges and processes, it will send the control command, open the first solenoid valve 8, and the liquid in the container containing the acid-base liquid connected with the acid-base liquid inlet flows into the mould washing tank through the acid-base liquid inlet, adjust the pH value, make it return to the set value, and complete a round of cleaning.
The mold on the glove mold conveyor belt 1 slides in batches during operation.
The beneficial effect of the invention is that the brush and the ultrasonic wave are applied to the pickling tank or the alkali washing tank of the ultrasonic cleaning tank at the same time, so that the cleaning effect is better, and the cleaning efficiency is greatly improved, and the cleaning of the hand mold is an important link, the cleaning effect and efficiency are improved, that is, the pollution in the following links is reduced.
