Manufacturing method of quick drying device for production of nitrile gloves

- Jul 24, 2020-

Background technique:


Nitrile gloves are an excellent combination of mechanical strength and chemical resistance, and have a series of disposables. They are mainly divided into two types: no lining and with lining. They are widely used in electronics factories, medical inspections, food industries, housework, and chemicals. , Aquaculture, glass products, scientific research and other industries need to use drying equipment in the production of nitrile gloves to increase the drying speed of nitrile gloves and facilitate the mass production of nitrile gloves.


The existing drying device for the production of nitrile gloves adopts single-sided drying, which has a slow drying speed and affects drying efficiency. It lacks a pretreatment mechanism and cannot remove impurities on the nitrile gloves, which affects the drying quality of the gloves. If the quality speed is too fast, it is easy to blow up the gloves and affect the normal drying operation.


Therefore, it is very necessary to invent a quick drying device for the production of nitrile gloves.

medical nitrile glove dipping machine

Technical realization elements:


In view of the above-mentioned shortcomings in the prior art, the purpose of the present invention is to provide a rapid drying device for the production of nitrile gloves.


The technical solution adopted by the utility model to achieve the above-mentioned purpose is: a rapid drying device for the production of nitrile gloves, which includes a workbench, a supporting foot, a conveyor belt, a pretreatment mechanism, a drying mechanism and an electric control cabinet. Four are used, which are fixed at the four corners of the workbench by bolts; the electric control cabinet is fixed on the left side of the supporting feet by bolts; the conveyor belt is fixed above the workbench by bolts; the pre-processing mechanism is fixed by bolts On the left side under the workbench, the upper end is located above the conveyor belt; the two drying mechanisms are fixed below the workbench by bolts, located on the right side of the pretreatment mechanism, and the upper end is located above the conveyor belt.


The supporting feet adopt a square column shape; the conveyor belt adopts a mesh shape and is connected to an electric control cabinet through a wire, and is of the sgz-ssja8d type; the electric control cabinet is connected to the mains through a wire.


The pretreatment mechanism includes a dust box, a dust pipe, a dust cover, an exhaust fan, and a cleaning port. The dust box is fixed on the left side under the workbench by bolts; the dust pipe is fixed on the working table by bolts. The left end of the front side of the table, the lower end communicates with the dust box, and the upper end is located above the front side of the conveyor belt; the dust cover is fixed on the upper side of the dust pipe by bolts, and is located above the conveyor belt; the exhaust fan passes The bolts are fixed inside the dust collecting hood; the cleaning port is opened in the middle position under the front side of the dust collecting box.


The bottom of the dust collecting hood adopts an open type; the exhaust fan is connected to the electric control cabinet through a wire, and is of dpt10-20a type; and the cleaning port is provided with a swing door.


The drying mechanism includes a bracket, a fan, a heater, a conveying pipe, an air supply pipe, a nozzle, and a blocking net. The bracket is fixed under the workbench by bolts, and is located on the right side of the dust box; the fan is fixed by bolts In the middle position inside the bracket; the heater is fixed inside the bracket by bolts, located on the left side of the fan, and communicates with the fan through a pipe; the conveying pipe is fixed on the right end of the front side of the workbench by bolts, and the lower end is connected to the fan The upper end is located above the front side of the conveyor belt; there are multiple air supply pipes, which are fixed on the back side of the conveyor pipe by bolts, and are located above and inside the conveyor belt; the nozzles are multiple and fixed on the conveyor belt by bolts. The inner side between the air pipes; the retaining nets are multiple and are fixed on the inner side of the nozzle by bolts.


The fan is connected to the electric control cabinet through a wire, and the hf-150p type is selected; the heater is connected to the electric control cabinet through a wire, and the qy002 type is selected; the size of the conveying pipe and the air supply pipe are matched, and the inside is connected; The nozzle is communicated with the inside of the air supply pipe.


The beneficial effects of the utility model:


1. The utility model uses the drying mechanism provided, the fan is energized and the air heated by the heater is transported to the air supply pipe through the air duct, and the upper and lower surfaces of the nitrile glove are dried at the same time through the nozzles above and inside the conveyor belt Compared with single-sided drying, the drying speed and drying efficiency of the drying device are improved.


2. The utility model adopts the pretreatment mechanism set up, the exhaust fan is energized to suck up the impurities on the nitrile gloves through the dust collecting hood, and is transported to the dust collecting box through the dust conveying pipe to improve the drying quality of the drying device. The cleaning port facilitates regular cleaning of impurities in the dust box.


3. The utility model distributes the hot air conveyed by the air supply pipe evenly through the nozzles and blocking nets provided in the utility model, so that the nitrile gloves are heated evenly, and the blocking nets play a role in blocking the hot air and reduce the hot air outflow. Speed, avoid blowing up the nitrile gloves during the drying process to ensure normal drying operations.

Technical features:


1. A rapid drying device for the production of nitrile gloves, comprising a workbench, a supporting foot, a conveyor belt, a pretreatment mechanism, a drying mechanism and an electric control cabinet, characterized in that: the supporting feet are four, which are fixed by bolts The lower four corners of the workbench; the electric control cabinet is fixed on the left side of the support foot by bolts; the conveyor belt is fixed on the upper side of the workbench by bolts; the pretreatment mechanism is fixed on the left side under the workbench by bolts, The upper end is located above the conveyor belt; two drying mechanisms are used, which are fixed below the workbench by bolts, located on the right side of the pretreatment mechanism, and the upper end is located above the conveyor belt.


2. A rapid drying device for the production of nitrile gloves according to claim 1, characterized in that: the supporting feet adopt a square column shape; the conveyor belt adopts a mesh shape and is connected to an electric control cabinet through a wire; The electric control cabinet is connected to the mains through a wire.


3. A rapid drying device for the production of nitrile gloves according to claim 1, wherein the pre-processing mechanism includes a dust box, a dust pipe, a dust hood, an exhaust fan and a cleaning port. The dust box is fixed on the left side under the workbench by bolts; the dust pipe is fixed on the left end of the front side of the workbench by bolts, the lower end communicates with the dust box, and the upper end is located above the front side of the conveyor belt; The cover is fixed above the rear side of the dust pipe by bolts, above the conveyor belt; the exhaust fan is fixed inside the dust collecting cover by bolts; the cleaning port is opened in the middle position below the front side of the dust collecting box.


4. A rapid drying device for the production of nitrile gloves according to claim 3, characterized in that: the bottom of the dust collecting hood adopts an open type; the exhaust fan is connected to the electric control cabinet through a wire; The cleaning port is provided with a swing door.


5. A rapid drying device for the production of nitrile gloves according to claim 1, characterized in that: the drying mechanism comprises a bracket, a fan, a heater, a conveying pipe, a blowing pipe, a nozzle and a blocking net, and The bracket is fixed under the workbench by bolts, on the right side of the dust box; the fan is fixed in the middle of the bracket by bolts; the heater is fixed inside the bracket by bolts, and is located on the left side of the fan, and It communicates with the fan through a pipe; the conveying pipe is fixed on the right end of the front side of the workbench by bolts, the lower end is connected with the fan, and the upper end is located above the front side of the conveyor belt; the air supply pipe adopts multiple and is fixed to the conveying pipe by bolts The rear side is located above and inside the conveyor belt; multiple nozzles are used, which are fixed on the inner side between the air supply pipes by bolts; multiple baffle nets are used, and they are fixed on the inner side of the nozzle by bolts.


6. A rapid drying device for the production of nitrile gloves according to claim 5, wherein the fan is connected to the electric control cabinet through a wire; the heater is connected to the electric control cabinet through a wire; The size of the pipe and the air supply pipe are matched, and the inside is communicated; the nozzle is communicated with the inside of the air supply pipe.

Technical summary

The utility model discloses a rapid drying device for the production of nitrile gloves, which includes a workbench, a supporting foot, a conveyor belt, a pretreatment mechanism, a drying mechanism and an electric control cabinet. The heater is heated by the drying mechanism and the fan being energized. The air is conveyed to the air supply pipe through the air duct, and the upper and lower surfaces of the nitrile glove are dried simultaneously through the nozzles above and inside the conveyor belt. Compared with single-sided drying, the drying speed and drying efficiency of the drying device are improved; Set up a pretreatment mechanism, the exhaust fan is energized and runs through the dust collecting hood to suck away the impurities on the nitrile glove, and transport it to the dust collecting box through the dust pipe to improve the drying quality of the drying device; by setting the nozzle and the blocking net, the nozzle will The hot air conveyed by the air supply pipe is evenly distributed, so that the nitrile gloves are evenly heated, and the blocking net acts as a barrier to the hot air, reducing the speed of the hot air and avoiding blowing up the nitrile gloves during the drying process. The drying operation is proceeding normally.