Production method of condom production line

- Jun 05, 2019-

Background technology:

Existing condoms are made of synthetic natural rubber, natural latex and waterborne polyurethane without adding additives through pollution-free synthetic processing, the product is thin (0.02mm), the product of good density and high barrier, does not contain water-soluble protein and nitrosamines.

Condoms on the market at present the production line, however, there are still some defects in the process of production of condoms, for example, a condom after flushing demoulding waterlogging caused by excessive rainfall, water tank are collected, unable to collect the water adsorption and filtration, the water discharge directly, cannot be recycled, lead to waste of water resources, in addition, waterlogging caused by excessive rainfall is not completely in the rotor cage, condom condoms still attached with water, affect the storage of condoms, cannot be measured on condom production at the same time, the artificial metering prone to error, low work efficiency.

Technical implementation elements:

The utility model aims to provide a condom production line, in order to solve the above technical background in the condom after flushing demoulding waterlogging caused by excessive rainfall, water tank are collected, unable to collect the water adsorption and filtration, the water discharge directly, cannot be recycled, lead to waste of water resources, in addition, waterlogging caused by excessive rainfall is not completely in the rotor cage, condom condoms still attached with water, affect the storage of condoms, cannot be measured on condom production at the same time, the artificial metering prone to error, low work efficiency.

To achieve the above purposes, the utility model provides the following technical scheme:Condom production line, including frame, frame described are placed at the top of the track, and on one side of the rack installation has main control box, as described in the bottom of the orbit by rotating fittings fixed connection with mold, as described in the interior of the frame from left to right with pickling, cleaning mechanism and drying, glue tank, the drying mechanism, edge, the second drying, rinsing demoulding mechanism, sink and boxes, described in the pickling frame installed on both sides at the top of the mast, mast symmetrical distribution of two, and two mast is placed at the top of the pickling bath, described soak glue tank at the bottom of the installation of rubber support,Demoulding mechanism described in flushing runs on only one side of the middle groove, and the groove in the middle of the side to open have a collection trough, described in the collection tank is installed in one side of the motor, the other end by a shaft rotational connection with rotor cage, described tumble drying is set up on the wall in one side of the sponge layer, described by the sink first half inside a filter, and by the second half side of the sink control valve installed with mentioned boxes are installed on the inner wall of the photoelectric counter,The cleaning mechanism, drying mechanism, the first drying mechanism, the edging mechanism, the second drying mechanism, the washing and stripping mechanism, the photoelectric counter, the drainage control valve, the lifting frame and the motor are electrically connected with the main controller installed inside the main control box.

Compared with the prior art, the utility model has the following beneficial effects:

(1) the utility model adopts drawer-type filter net to collect and absorb the used water through drawer-type filter net, thus solving the problem that the collected water cannot be adsorbed and filtered, so that the water can be directly discharged and cannot be recycled, resulting in the waste of water resources.

(2) the utility model adopts a dry sponge layer, through which the residual water on the condom will be absorbed, so as to avoid incomplete asphalt on the condom in the rotating cage, and there is still water attached to the condom, which will affect the storage of the condom.

(3) the utility model adopts photoelectric counter. When producing condoms, collection box collects and measures, which solves the problem that condom production can be measured and manual measurement is prone to errors and poor working efficiency.

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