A ten-ton liquid-phase material filling shell that can be automatically flipped by adjusting the position of the center of mass

Abstract

The invention discloses a ten-ton-level liquid-phase material filling shell that is automatically turned over by adjusting the position of the center of mass. The upper part of the detonator clamp is a fourth circular plate, and the fourth circular plate of the detonator clamp has a fourth upper end. The central circular through hole, the upper surface of the fourth circular plate of the detonator chuck is the fourth concentric annular surface, the outer surface of the fourth circular plate of the detonator chuck is the fourth upper outer cylindrical surface, and the fourth eccentric circle of the detonator chuck The inner surface of the hole is the fourth eccentric inner cylindrical surface, the lower part of the detonator chuck is divided into a fourth cylinder, and the diameter of the fourth lower central circular through hole of the detonator chuck is the same as that of the fourth upper central circular through hole of the detonator chuck The present invention adjusts the position of the center of mass of the shell so that the space posture of the shell is adaptively adjusted with the change of the center of mass, and gradually completes the flipping work from the lying posture to the standing posture, or from the standing posture to the lying posture. The speed of the shell turning process is uniform and slow, avoiding excessive dynamic load, ensuring the strength of the shell from damage, and thus ensuring the safety and reliability of the product.

Description

technical field [0001] The invention belongs to the technical field of liquid-phase material filling shells, and relates to a ten-ton liquid-phase material filling shell, in particular to a ten-ton liquid-phase material filling shell which is automatically turned over by adjusting the position of the center of mass. Background technique [0002] Explosive water mist dust removal bombs and fire extinguishing bombs are filled with liquid phase materials. Through the explosion-driven loading action of throwing explosives, the liquid phase materials are thrown into the air to form clouds with a certain space coverage. Explosive water mist dust removal bombs and fire extinguishing bombs The effect of the projectile increases with the increase of the diameter of the throwing cloud. In order to increase the diameter of the cloud formed by the spraying of liquid materials, explosive water mist dust removal bombs and fire extinguishing bombs are usually designed with a thin-walled sh...

AI Technical Summary

Problems solved by technology

[0006] However, when the overturning vehicle overturns the ten-ton thin-walled shell filled with liquid-phase materials, the following problems arise: when the overturning vehicle completes the spatial overturning of the shell, it can only ensure that the shell is overturned to the required angle. The speed of the overturning process of the shell cannot be precisely controlled, and there are large mutations in the speed at the beginning and end of the overturning of the shell. Since the weight of the shell is as high as ten tons, the sudden change in speed during the overturning process will bring a huge inertial load , while the overturning car and the shell are only fixedly connected through several points, and a huge inertial load acts on these points, and each point bears a large force, while the shell is a thin-walled shell, and the external force Too large will lead to insufficient shell strength and damage, which will lead to leakage of internal liquid phase material, resulting in failure of the thin-walled shell filled with liquid phase material

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