Aerial suspension lifting device

Abstract

The invention discloses a mechanical air suspension lifting force device without rotor wings and air injection. The generation source of the suspension gravity is realized; engine power, a group of balance wheels similar to gyroscopes are driven to rotate in the axial direction; planetary gear mechanism, the balance wheel synchronously acts in the other direction intersected with the axial direction of the balance wheel; the operation is performed in a side turning manner; when the balance wheel moves in two directions in two crossing modes at the same time; the strong centrifugal force stressof the balance wheel in the axial rotating process is overcome; space load gravity is generated in the input process of the power; the driving wheel and the driven wheel are in transmission through achain wheel and a transmission chain; load gravity generated when the driving wheel is driven enables the driving wheel shaft body to generate a recoil force trend of propelling towards the driven wheel direction and generate continuous force of suspending and lifting towards the air, and the device can be used as a propelling force device of vehicles and ships and an air suspending and lifting force device.

Description

Technical field [0001] The invention belongs to the technical field of mechanical manufacturing and gear transmission. Its technology relates to a mechanical air suspension hoisting device without rotors and jets. The source of the lifting force is to drive a group of mechanical powers such as engines. The balance wheel similar to the gyroscope rotates in the axial direction. At the same time, through the planetary gear mechanism, the balance wheel can synchronously move in the other direction that intersects the axis of the balance wheel and move sideways. The balance wheel needs to work at the same time. When the balance wheel moves in two intersecting ways at the same time, the lateral movement process needs to overcome and change the strong centrifugal force stress during axial rotation, and the two kinds of stress resist the interference of each other. During the process, a load resistance that can be stronger than its own weight is formed, so that the mechanical power form...

AI Technical Summary

Problems solved by technology

[0002] In the application of the existing air-suspension lifting device technology, it is usually only achieved by relying on the form of the rotor device and the form of the jet to generate the suspension force. The working principle of the rotor is mechanical power, Drive the rotor to rotate at a high speed, use the inclined plane of the rotor to press down a large amount of air flow in the space to the ground, when the rotor is pushing down the air, the resistance encountered will cause the rotor to generate recoil, when the recoil is perpendicular to the ground , to overcome the gravitational force of the ground, so that the body and the carrier are lifted from the ground to the air. Although this method has a long history and is widely used today, it has always had certain shortcomings. Method, because the wingspan of the rotor needs to be very long, the working diameter of the rotor rotation is very large, which is usually much larger than the volume of the body. When the rotor rotates like this, it will be limited by a lot of space. On the other hand, the rotating speed of the rotor is very high, so it is very fragile and cannot touch any other hard objects, so in a narrow space, it cannot be close to other objects and obstacles in the work site. It can be applied. Due to the large amount of airflow sent downward when the rotor rotates, a huge wind force and a large amount of dust will be rolled up under the rotor, which will greatly affect the work under the body and even make it impossible to start the work.

The principle of using the jet is the same. It also uses the high-speed gas that expands during combustion to spray a large amount of airflow downward to generate recoil to make the body suspend and lift. However, this kind of suspension force lacks stability and energy consumption is low. It is very huge, and it emits a large amount of high-temperature combustion exhaust gas that affects the environment, so this method is relatively less used

Images