Heavy hammer type ball-hinge rotation balancing table

Abstract

Disclosed is a heavy hammer type ball-hinge rotation balancing table. The hammer type ball-hinge rotation balancing table comprises a balancing table group, a ball-hinge group, a swing table, an electromotor, a small circular arc gear, a pull rod group, a heavy hammer, a cone spring and a thrust bearing, wherein the balancing table group comprises a balancing table and a large circular arc gear, the ball-hinge group and the electromotor are fixed on the swing table, the heavy hammer compels the balancing table to be always perpendicular to the gravity direction through the pull rod group and the ball-hinge group, the electromotor drive the balancing table to rotate through the large circular arc gear and the small circular arc gear, and the cone spring shares pressure from the balancing table and a weight to the ball-hinge group. The hammer type ball-hinge rotation balancing table is simple in structure, and self-balancing, dispenses with a balance control system, can reduce a light ship barbette violently swing along with the ship, improves accuracy rates of a gunner hitting a target, enables a driver to lift up and drop down an aircraft easily on the balancing table, reduces suffer pain degree of a passenger caused by seasickness or carsickness, reduces fatigue strength of the driver, and has wide application prospects on corresponding fields of military equipment and communication and transportation.

Description

technical field [0001] The invention relates to the field of ships and automobiles, in particular to a rotary balancing platform for ships and automobiles. Background technique [0002] Ships often encounter strong winds and huge waves in the deep ocean, which makes the gun mounts of the ship sway violently with the hull, making it difficult for the gunner to hit the target, and also makes the deck of the ship sway violently, making it difficult for the driver to smoothly lift the aircraft on the deck platform. Often results in seasickness for passenger ships and fatigue for pilots. When a long-distance bus travels at a high speed on rough roads, it will also increase the discomfort of motion sickness of passengers and the fatigue intensity of drivers. When the ambulance is driving at a high speed on a rough road, the violent shaking of the car body will aggravate the condition of the rescued patient. How to solve the above problems has been highly concerned by people. In...

AI Technical Summary

Problems solved by technology

The above-mentioned gravity balance devices and corresponding technologies have their own characteristics, but they still cannot solve the problems that the gunner is difficult to hit the target and the driver is difficult to lift the aircraft on the deck when the ship or vehicle is violently swaying for a long time; Fatigue easily, and the violent swing of the ambulance made the condition of the rescued patients aggravate, etc.

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