Automatic latex draining device and automatic latex draining method

Abstract

The invention discloses an automatic latex draining device and an automatic latex draining method. The automatic latex draining device comprises a latex draining unit; the latex draining unit comprises a latex draining tube and an anticoagulation output part; an front end of the latex draining tube can be inserted in rubber tree barks to extract latex; the latex anticoagulation output by the anticoagulation output part can flow to a latex outlet in the rubber tree bark corresponding to the latex draining tube when latex extraction is stopped. According to the device and method of the invention, after the collection of latex is completed, the latex at the front end (which is inserted in the bark) of the latex draining tube is kept non-solidified and the latex draining tube is kept at the position for collecting latex; when latex is collected the next time, the latex in the rubber tree bark latex vessels can be directly collected through the latex at the front end of the latex draining tube to the latex draining tube without cutting again or inserting latex draining tubes again. Therefore, by means of the device and method, without repeatedly cutting tree barks, the difficulty of latex collecting is reduced and labor cost is saved. The more important thing is that the damage to rubber trees is reduced and long term benefit is guaranteed.

Description

technical field [0001] The invention relates to the technical field of rubber mining in the rubber industry, in particular to an automatic glue removal device and an automatic glue removal method. Background technique [0002] The rubber tree has an outer layer of gizzard skin, and the inner side of the gizzard skin is a water sac skin. There are a large number of milk ducts in the water sac skin. The milk ducts are natural latex synthesis organs. Natural rubber production is to collect latex in the latex tubes. At present, it mainly relies on manual rubber mining. The specific process is as follows: [0003] Manually operate a manual or electric rubber tapping knife to cut the bark of the rubber tree, and the cutting depth reaches at least the position of the above-mentioned water bladder skin to cut off the milk duct; often along the height direction of the trunk, cutting forms a spiral cutting line; [0004] A collection tank is set at the lowest point of the spiral cut...

AI Technical Summary

Problems solved by technology

[0007] Traditional manual tapping requires manual control of tapping depth and skin thickness, which requires high technical skills for workers, but it is very difficult after the rubber worker is tired, which may easily cause the quality of tapping to decline and cause damage to trees.

In addition, it takes a month or even longer to train a skilled rubber worker, and a lot of technical training costs have to be invested. In the current situation where the labor force is becoming increasingly tense, labor costs have increased significantly, and the rubber price market is not good, the production enterprises cannot make ends meet. It leads to the embarrassing situation that there is glue that cannot be cut, and there is no one to cut the glue, which causes greater losses to production.

[0008] Moreover, whether it is a manual rubber tapping knife or a mechanical rubber tapping knife, it is necessary to cut the bark of the rubber tree. After the collection is completed, the bark needs to be cut again for the next collection. Repeated cutting will damage the rubber tree, resulting in dead skin and no longer producing rubber. , affecting the production yield

Images