Water tower structure and transport packaging method thereof

Abstract

The invention discloses a water tower structure which comprises body parts and a cover part. Each body part is of a cylindrical structure and provided with an opening, a containing space is reserved from the opening to the inside concavely, and a jointing portion is arranged on the periphery of the opening. The cover part is combined with the body parts to form the water tower, and a combining portion is arranged at the peripheral edge of the cover and correspondingly assembled with the jointing portion of the corresponding body part. The invention further discloses a transport packaging method of the water tower structure. The transport packaging method includes a forming step, a sleeving step and an arranging step. The body parts with large openings are sleeved outside the body parts with smaller openings according to diameters of the openings of the body parts, namely the body parts are sequentially sleeved according to the diameters of the openings, and accordingly, purposes of reducing size and increasing quantity so as to bring convenience to transport are achieved.

Description

technical field [0001] The invention relates to a water tower structure, in particular to a water tower structure which reduces the transport volume of the water tower and increases the transport quantity, and also relates to a transport packaging method for the water tower structure. Background technique [0002] The function of the water tower is to store and supply water. At present, most of the water towers sold on the market are integrally formed with the tower body, the tower bottom, and the tower top. The volume is usually very large in order to accommodate enough water, which makes the transportation volume of the traditional water tower large. Disadvantages such as small quantity and high transportation cost. In addition, the body of the water tower is hollow and the overall structural strength of the water tower is relatively weak, so it is very easy to cause damage to the tower body due to collision during transportation, which increases unnecessary cost losses. ...

AI Technical Summary

Problems solved by technology

[0005] 1. If Image 6 As shown, if the existing water tower 90 is folded and arranged in a horizontally staggered stack, its tower top piece 91 and tower body piece 92 will all be inclined and loose because of their ring flanges 911, 922 in the tower base piece 93. It is easy to be damaged due to shaking and impact during transportation. The ring flanges 911 and 922 support one of the key structures of the water tower 90 that can be deployed. Damage will affect the use status of the water tower, which has the problem of increasing costs;

[0006] 2. Generally, water towers have multiple specifications, and water towers of a single specification will not be transported in each transportation process; when the existing water towers 90 of different specifications are arranged in the aforementioned horizontal and dislocated stacks, the diameter of the water towers varies with their specifications After stacking, there will be a large gap between the water towers of different sizes and they are easy to loosen; if the existing water towers 90 are arranged in an upright dislocation and then stacked upwards, although the aforementioned structural damage can be avoided, the height of the water towers is also different. Difficulty in stacking packaging, it is difficult to reduce looseness after stacking

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