The invention relates to an automatic finishing technology of latex gloves.
Latex gloves are a kind of gloves, which are made of natural latex and other auxiliary preparations.The product is soft, smooth, comfortable to wear, is the ideal hand protection supplies.It is widely used in industrial and agricultural production, medical and beauty industry and family daily life.
The processing process of latex gloves is as follows: firstly, the glove model is dipped in glue and solidified, then it is cured by warm box, cleaned and dried, and finally it is packaged and sent to the finished product warehouse.Among them, the typical packaging process of latex gloves is as follows: first, the soft gloves that are easy to wrinkle and fold are arranged and spread out; then, they are stacked and arranged in a consistent manner from end to end; finally, they are sent into the packaging bag and sealed into the box.
All the steps mentioned above, especially the post-packaging and finishing of products, often require a large number of manual participation. In order to improve the automation level of post-packaging production of latex gloves, the technical focus and difficulty need to be solved is to arrange and spread the soft, easy to wrinkle and fold latex gloves.At present, our country this kind of glove automatic packaging and finishing equipment is extremely scarce, the industry enterprises need a large number of manual completion of rubber gloves later packaging work, artificial paving of latex gloves and other work costs a lot of time, labor intensity, low work efficiency, high labor costs.
The purpose of the invention is to provide an automatic finishing device for latex gloves with high working efficiency, low labor intensity and labor cost saving, aiming at the shortcomings in the packaging of latex gloves at present.
The purpose of the invention is realized by the following technical means:
The utility model relates to an automatic finishing device for latex gloves, which comprises a u-shaped discharging channel, an upper conveyor belt and a lower conveyor belt.The above mentioned upper conveyor belt is provided with a transverse air brush and a longitudinal air brush, and above the lower conveyor belt is also provided with a transverse air brush and a longitudinal air brush.
When the folded latex glove slides rhythmically down the u-shaped discharge path to the upper conveyor belt, the vacuum suction plate on it holds the glove through the suction hole.After that, the belt transports the gloves to the bottom of the horizontal air brush, which reciprocates backwards and forwards. The air flow from the air brush will smooth out the disfolded gloves before and after by virtue of the reciprocating movement of the air brush.Similarly, when the conveyor belt transports the gloves to the bottom of the longitudinal air brush that moves back and forth from side to side, the gloves with discontinuity on the left and right will also be combed and smoothed by the air flow of the air brush.The above process completes the smooth carding of one side of the glove, and there may be discounting of the other side in contact with the vacuum suction plate.Therefore, a flat glove needs to be turned back and forth by the upper conveyor belt and its vacuum suction plate and transmitted to the lower conveyor belt.When the flipped gloves are absorbed by the vacuum suction plate of the lower conveyor belt and transferred to the bottom of the horizontal air brush that moves back and forth, the airflow of the air brush begins to comb the gloves and blow the discounted gloves before and after.The gloves are then transferred to the bottom of the longitudinal air brush that moves back and forth from side to side to finish the final blow leveling.
Features of the invention compared with prior art:
1. Double-layer conveyor belt is adopted, on which a unique vacuum suction plate is set. With the cooperation of two groups of orderly moving air brushes, the smooth carding of latex gloves can be completed automatically, creating favorable conditions for subsequent stacking and packaging of gloves.
2. The latex glove automatic finishing device has the advantages of compact structure design, simple working process, easy realization of mechanism action, high working efficiency and reliability, and low manufacturing cost.
1. The latex glove finishing device comprises a u-shaped discharge channel, an upper conveyor belt and a lower conveyor belt, which is characterized by that the upper conveyor belt and the lower conveyor belt are provided with a plurality of vacuum suction plates, and the surface of which is provided with at least one vacuum suction hole.2. According to the device involved in claim 1, its features are as follows: the upper conveyor belt is provided with a transverse air brush and a longitudinal air brush, and the upper conveyor belt is provided with a transverse air brush and a longitudinal air brush.
The utility model relates to an automatic finishing technology of latex gloves.It is mainly aimed at the problems existing in the existing technology, such as weak automation degree, low production efficiency and high labor intensity.With the help of two sets of orderly moving air brushes, it can automatically finish the smooth carding of latex gloves, creating favorable conditions for the subsequent stacking and packaging of gloves.This device has the advantages of compact structure design, simple work flow, easy movement, high efficiency and reliability, and low manufacturing cost.