Containing frame for hollow glass transportation

Abstract

The invention discloses a containing frame for hollow glass transportation. The containing frame comprises frame bodies, a bottom plate and supporting legs. A back baffle, storage frames and a containing bucket are arranged among the frame bodies. The containing bucket is located between the storage frames. Each storage frame comprises supporting flat plates and supporting pillars, where at least two supporting pillars are arranged on the left sides of the supporting flat plates, and at least two supporting pillars are arranged on the right sides of the supporting flat plates. The supporting pillars are movably connected between the supporting flat plates. Guide rings are evenly distributed on the supporting pillars. A limiting groove is formed between every two adjacent guide rings. The containing bucket comprises fixing transverse plates, side baffles and an adjusting baffle assembly. The side baffles and the adjusting baffle assembly are arranged between the fixing transverse plates, the adjusting baffle assembly is located between the side baffles, and shelves are connected between the fixing transverse plates in a sliding manner. Clamping plates are evenly distributed on the two sides of the shelves, and a clamping groove is formed between every two clamping plates. The containing frame is simple in structure, flexible in connection, capable of storing different sizes of hollow glass and large in storage amount, placement of the hollow glass is safer and more standard, and the requirement for long-distance transportation is met.

Description

Technical field [0001] The invention belongs to the technical field of glass transportation, and in particular relates to a container rack for hollow glass transportation. Background technique [0002] With the increasingly serious energy problem, the application of energy-saving glass in urban and rural buildings is increasing day by day. Insulating glass is a kind of energy-saving glass formed by adding aluminum spacers filled with molecular sieve as a desiccant between two or more pieces of glass, after pressing and sealing with glue. [0003] After mass production, the hollow glass is stacked on the swing rack, and then the swing rack is tied tightly with a binding belt, and then loaded onto the truck for centralized transportation by the truck. However, there are the following problems: 1. After stacking, the hollow glass is attached to each other , It is prone to squeeze, and once it is hit, it is prone to continuous damage, resulting in a large amount of insulating glass th...

AI Technical Summary

Problems solved by technology

[0003] After mass production, the insulating glass is uniformly stacked on the display rack, and then the entire display rack is tied tightly with a binding belt, and loaded onto a truck for centralized transportation, but there are the following problems: 1. After stacking, the insulating glass fits together , easy to be squeezed, and once hit, it is prone to continuous damage, which makes a large number of insulating glass unusable; 2. There are many types of insulating glass sizes, and there are differences. After stacking, they are uneven, resulting in low utilization of storage space. The storage capacity is limited, and it is inevitable that sliding will occur during transportation, the stability is poor, and there are potential safety hazards

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