Medical gloves processing equipment, methods and processes

- Dec 06, 2019-

Background technology:

Rubber gloves have been widely used in modern production and life, can effectively protect the user from injury.Disposable rubber surgical gloves and rubber examination gloves for medical purposes can protect medical and nursing personnel from pathogens and prevent the spread of diseases.It's a hospital necessity.

Currently used widely in medical rubber examination gloves and surgical gloves, generally made from natural rubber or nitrile rubber, these gloves production process by the gloves mold cleaning device, mould soak hot water device, mold drying device, mould dipping solidifier concreting equipment, drying equipment, rubber equipment, leaching device, crimping device, film curing device, demoulding device, washing device, gloves, drying device.

In these gloves during the production model of cleaning is a problem, and the fingerprint in the process of production will be attached to some solidifier, latex contamination of a variety of material such as mixed, the traditional disposable medical rubber gloves mold cleaning USES is regular offline cleaning way, not only the artificial cost is high, and low production efficiency, the gloves mold cleaning can carry on the processing on the production line, including pickling tank, water tank, alkaline cleaning tank, rinse tank;Existing technology has been used in high frequency concussion signal from the acoustic wave generator, the bottom and sides shakes, to wash hand print, but the cleaning method of cleaning effect is not very ideal, for example, as now is also useful in the jewelry store in ultrasonic cleaning tank to clean the dirt in jewelry, but in some subtle jewelry corner or cleaning not in place, the same problems is to use ultrasonic cleaning tank to wash hand print, in the corner of the fingers, palm of hand print there will be some adhesion of dirt are not easy to clean.

surgical glove  dipping machine

Technical realization elements:

In order to solve the above problems, to provide a medical gloves processing equipment, can effectively clean the fingerprint of fingers, palm is not easy to clean up dirt,, and set the brush in the pickling tank and alkaline cleaning tank, cleaning up more thoroughly, and save the set up a special brush cleaning device, cost savings, effectively improve the cleaning efficiency.

The invention adopts the following technical scheme:

The utility model relates to a medical glove processing equipment, including a mold washing groove and a controller. A sliding groove is installed on the groove wall on one side of the mold washing groove. A movable brush is arranged on the sliding groove.A sprinkler head is arranged on the groove wall at the upper end of the slide groove, which is connected with the inlet pipe, and a first solenoid valve is arranged on the connection pipe, and the first solenoid valve is connected with the controller.The bottom of the mold washing groove is provided with an ultrasonic vibrating plate, which is connected with an ultrasonic generator;Described in washing module slot of the underside of the other side set the PH sensors, PH sensors connected to the controller, in the PH sensors on the same side wall of setting a sour lye imports, acid alkali liquor import through pipes and containers of acid alkali have connected, and set up the first solenoid valve in the line first electromagnetic valve is connected to the controller.

The die bath is an acid bath.The die washing groove is an alkali washing groove.The brush head of the hair brush is removable.The initial position of the brush is the lower end of the slide groove and is immersed into the liquid in the mold groove.

The utility model of a medical glove processing equipment is as follows:

Fill the tank with the desired PH value of liquid, open the ultrasonic generator, ultrasonic generator sends out high frequency vibration signal, through the ultrasonic transducer in the ultrasonic vibration plate into mechanical vibration;

The glove mold is suspended and fixed in the mold conveyor belt above the mold washing groove to be transmitted along the conveyor belt at a set speed;

When the first glove mould slide to wash at the entrance of mold cavity, the tank wall at the entrance of the location of the sensor will induction signal transmitted to the controller, the controller to control the motor running, and the connection of the motor brush upward movement along the chute, stopped at the top of the chute, conveyor belt gloves mould through the brush area, brush with gloves mould fully contact and brush off the glove mould corner in the adhesion of dirt;

When the last glove mould position sensor and sensor, the sensing signal transmitted to the controller, the controller is set for a period of time, make the gloves mold cleaning done in washing module slot, then send control commands to the first electromagnetic valve, wash the brush in the nozzle jet flow, after washing, reverse control motor running, the brush down the chute is connected with the motor movement, until the lower end of the chute, and hair brush head into the liquid washing mold slot to clean the glue on the brush dirt;

When the gloves mold cleaning done after leaving the washing module slot, PH sensors will monitor signal transmitted to the controller, the controller to determine processing, sending control command, opened the first electromagnetic valve, and the sour alkali liquor inlet connection of acid alkali have liquid in the container by importing flow into acid alkali wash in the mold cavity, adjust PH value, make its restore Settings, complete round of cleaning.

The molds on the glove mold conveyor belt slide in batches while working.

The beneficial effect of the invention is that the brush and ultrasonic wave are applied to the ultrasonic cleaning trough at the same time in the acid or alkali washing trough, which makes the cleaning effect better and greatly improves the cleaning efficiency. Moreover, the cleaning hand mold is an important link, which improves the cleaning effect and efficiency and reduces the pollution in the following link.

Technical features:

1. A medical glove processing equipment is characterized in that it includes a mold washing groove and a controller. A sliding groove is installed on the groove wall on one side of the mold washing groove.A sprinkler head is arranged on the groove wall at the upper end of the slide groove, which is connected with the inlet pipe, and a first solenoid valve is arranged on the connection pipe, and the first solenoid valve is connected with the controller.The bottom of the mold washing groove is provided with an ultrasonic vibrating plate, which is connected with an ultrasonic generator;Described in washing module slot of the underside of the other side set the PH sensors, PH sensors connected to the controller, in the PH sensors on the same side wall of setting a sour lye imports, acid alkali liquor import through pipes and containers of acid alkali have connected, and set up the first solenoid valve in the line first electromagnetic valve is connected to the controller.

2. A medical glove processing equipment as mentioned in claim 1 is characterized in that: the mold bath is an acid bath.

3. A medical glove processing equipment as mentioned in claim 1 is characterized in that the mold washing groove is alkali washing groove.

4. A medical glove processing equipment as mentioned in claim 1 is characterized in that the brush head of the brush is detachable.

5. A medical glove processing equipment as mentioned in claim 1 is characterized in that the brush is initially positioned at the lower end of the slide groove and is immersed into the liquid in the mold groove.

6. A method for applying a medical glove processing equipment mentioned in claim 1 is as follows:

Fill the tank with the desired PH value of liquid, open the ultrasonic generator, ultrasonic generator sends out high frequency vibration signal, through the ultrasonic transducer in the ultrasonic vibration plate into mechanical vibration;

The glove mold is suspended and fixed in the mold conveyor belt above the mold washing groove to be transmitted along the conveyor belt at a set speed;

When the first glove mould slide to wash at the entrance of mold cavity, the tank wall at the entrance of the location of the sensor will induction signal transmitted to the controller, the controller to control the motor running, and the connection of the motor brush upward movement along the chute, stopped at the top of the chute, conveyor belt gloves mould through the brush area, brush with gloves mould fully contact and brush off the glove mould corner in the adhesion of dirt;

When the last glove mould position sensor and sensor, the sensing signal transmitted to the controller, the controller is set for a period of time, make the gloves mold cleaning done in washing module slot, then send control commands to the first electromagnetic valve, wash the brush in the nozzle jet flow, after washing, reverse control motor running, the brush down the chute is connected with the motor movement, until the lower end of the chute, and hair brush head into the liquid washing mold slot to clean the glue on the brush dirt;

When the gloves mold cleaning done after leaving the washing module slot, PH sensors will monitor signal transmitted to the controller, the controller to determine processing, sending control command, opened the first electromagnetic valve, and the sour alkali liquor inlet connection of acid alkali have liquid in the container by importing flow into acid alkali wash in the mold cavity, adjust PH value, make its restore Settings, complete round of cleaning.

7. The method of processing equipment for medical gloves as mentioned in claim 6 is characterized by that the molds on the glove mold conveyor belt slide in batches when working.

Technical summary

The invention provides a medical glove processing equipment, including a mold washing groove and a controller. A sliding groove is installed on the groove wall on one side of the mold washing groove. A movable brush is arranged on the sliding groove.A sprinkler head is arranged on the groove wall at the upper end of the slide groove, which is connected with the inlet pipe, and a second solenoid valve is arranged on the connection pipe, and the second solenoid valve is connected with the controller.The bottom of the mold washing groove is provided with an ultrasonic vibrating plate, which is connected with an ultrasonic generator;The lower side of the other side wall of the mold washing groove is provided with a PH sensor, which is connected to the controller.The brush and ultrasonic wave are applied to the ultrasonic wash tank in the acid wash tank or alkali wash tank at the same time to make the cleaning effect better and greatly improve the efficiency of cleaning.