Anti-vibrating liquid storage tank for transportation vehicle

Abstract

The invention provides an anti-vibrating liquid storage tank for a transportation vehicle and belongs to the technical field of manufacturing liquid storage tanks; a structure of the liquid storage tank comprises a tank body; an innovative point of the liquid storage tank comprises that the inside of the tank body is provided with N tank bulkheads to divide an inner cavity of the tank body into N+1 tank compartments which are isolated and sealed with each other; the inside of the tank body positioned in the middle part is provided with an injection tube; the base of the tank compartment with the injection tube is provided with a release valve; the tank compartment with the injection tube is used as a starting point; the N+1 tank compartments are connected in series by a connecting pipe outside the tank body; an outlet end of the connecting tube is arranged on the upper part of the former tank compartment; and an inlet end of the connecting pipe is arranged on the base of the latter tank compartment. Compared with the prior art, the anti-vibrating liquid storage tank for the transportation vehicle has reasonable design and simple structure. The liquid storage tank utilizes a siphon theory, solves the problem of the flowing, charging and discharging sequence of liquid in a plurality of the tank compartments which are isolated and sealed with each other and drastically solves the problem of liquid vibration in each tank compartment filled with the liquid. The liquid storage tank can be not only used for the transportation vehicle but also used for other dynamic liquid storage tanks, such as a fuel tank of a plane, a fuel tank of a steamship, a liquid storage tank of a petroleum transportation tanker and the like.

Description

(1) Technical field [0001] The invention relates to a liquid storage tank used on a liquid transport vehicle, in particular to a tank body structure for a transport vehicle that can effectively avoid the impact of liquid fluctuations in the tank. (2) Background technology [0002] Due to the inertia and fluidity of the liquid material, during the transportation of the liquid, acceleration or uphill will cause the liquid to float backward; deceleration or downhill will cause the liquid to float forward; turning will cause the liquid to float outward; roll will occur Floating to the low side; fluid jumps will occur on uneven roads; and the brakes will rush forward violently; different forms of fluctuations such as violent impacts will occur on poor roads. In addition to causing great damage to the tank body, the fluctuating impact of this liquid also interferes with the normal driving of the vehicle, and will seriously affect the braking safety, handling stability and tank str...

AI Technical Summary

Problems solved by technology

In addition to causing great damage to the tank body, the fluctuating impact of this liquid also interferes with the normal driving of the vehicle, and will seriously affect the braking safety, handling stability and tank structure safety of the vehicle.

In view of the above situation, although the existing liquid tank is equipped with a wave-proof plate, it only restrains the sloshing impact of the liquid to a certain extent, reducing the degree of liquid sloshing, but the nature of the influence still exists, and the degree of influence is still very large. Big

And along with the raising of vehicle running speed, the impact of this liquid sloshing impact is increasing, the current tank structure is difficult to achieve a good effect on the control of liquid sloshing, therefore, there is an urgent need for a tank that can better alleviate the liquid sloshing impact , and even avoid liquid sloshing new tank structure

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