Modified spring-back backwards-implanted handle and manufacturing process

Abstract

The invention discloses a modified spring-back backwards-implanted handle and a manufacturing process, wherein the modified spring-back backwards-implanted handle comprises an outer side handle lever part and an inner side lever part which is connected with the outer side handle lever part; the outer side handle lever part is connected with the inner side lever part to form an elliptic handle shape; the outer side handle lever part is used as a contact portion where the handle is directly handheld; the outer surface of the outer side handle lever part is used as a handheld surface for the handle; the inner side lever part is used as a portion where the handle is in direct contact with an oil bottle body; the inner surface of the inner side lever part is used as a bottle body contact surface; an upper lug boss is arranged at the top of the outer side handle lever part; a lower lug boss is arranged at the bottom of the outer side handle lever part; an upper implanted part is arranged at the top of the inner side lever part; a lower implanted part is arranged at the bottom of the inner side lever part. The modified spring-back backwards-implanted handle disclosed by the invention has the advantages of greatly improving the rebound resilience of the handle and ensuring that both the drop index and the cold-resistant index reach the technical requirements.

Description

Technical field [0001] The invention relates to the technical field of oil bottle equipment, in particular to an implanted handle after modified rebound and a manufacturing process. Background technique [0002] In recent years, competition in the edible oil packaging production industry has become increasingly fierce. Increasing automated production, reducing labor, and increasing production capacity have increasingly become the development trend of the edible oil packaging production industry. The handles currently on the market are made of ordinary polypropylene resin, and their weight is 15g, the width of the contact surface with the bottle is 20.1mm, and the thickness is 2.7mm. Because there is no resilience, if the weight of the handle is too light, and the width and thickness are too small, the dropability index of the bottle cannot be guaranteed. That is to say, the current oil bottle can maintain the drop performance, falling from 0.9m three times without falling off, w...

AI Technical Summary

Problems solved by technology

[0003] However, it is obvious that the above-mentioned drop performance and cold resistance of traditional oil bottles are far from the requirements of modern oil bottles for production and use safety.

[0004] All in all, the implanted handle commonly used in the market is the front implanted handle. The drop index and cold resistance index of the handle cannot meet the requirements, and the production capacity is low, the production cost is high, and there are still some quality problems and safety hazards.

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