RU2282054C2 - Method of and device for moving vehicle - Google Patents

Abstract

FIELD: transport engineering; inertia propulsion units.

SUBSTANCE: proposed method of moving vehicle comes to interaction of single centrifugal force of inertia-impulse mass of element with inertia mass of entire device. Device contains vehicle body, inertia-impulse element installed for periodical action to provide unidirectional movement of vehicle, driven and amplifier. Device is furnished with inertia-impulse converter including follower and tie-rod installed on rotating rocker for moving inertia-impulse element by drive and amplifier to follower profile provided with arc and straight-line sections.

EFFECT: increased efficiency.

3 cl, 1 dwg

Description

The invention relates to transport equipment, energy, and in particular to inertial-pulse methods and devices for the movement of vehicles.

A known method of directional movement (French patent No. 2608689, class F 03 G 3/08 and its analogues), in which the inertial mass makes a circular motion by changing the angular velocity of the flywheel while maintaining the direction of its movement.

Known devices use the Newtonian method of interaction of two inertial masses according to the laws of pairing forces, which does not allow a closed-loop system of construction to have effective unidirectional motion. In the proposed method, the device is moved in the direction "A" by the action of an inertial-pulsed mass moving along the copier arc and having the property of a single centrifugal force. In the opposite part relative to the arc, the inertial mass moves rectilinearly along the planes with the absence of centrifugal force, without counteracting the directed motion. To increase the speed of the inertial mass, an amplifier can be used according to the type of stator winding of an electric motor. If the copier is made in the form of a stator of an electric motor with a rolling rotor (as a load), then the movement of the device will occur from the arising single centrifugal force of the rotor. If the inertial mass made in the form of a cylinder rotates around its axis from rolling along the profile of the copier, it will stabilize the load on the drive with kinetic energy acquired from rotation. The interaction of an inertial-pulse element with an inertial device is performed by a mechanical, electrical, electromagnetic and other type of mechanism. The inertial impulse element may be a solid body, for example a load, a liquid body, for example mercury. If a liquid body is used as an inertial body, then the pipe along which the liquid moves must have a path of movement of the cargo along the copier (implemented using the device shown in the drawing).

The method is implemented using the device shown in the drawing.

A device for moving a vehicle comprises a housing 1, a drive shaft 2, a copier 3, a rocker 4, a rod 5, a load 6, an axis 7, a finger 8, an arc 9, a plane 10, an amplifier 11.

When the motion message from the drive shaft (not shown in the drawing), an inertial-pulse element made in the form of a load 6, rod 5, moving along the arc 9, acquires a single, centrifugal force and a momentum of movement, which is transmitted to the copy 3 mounted on the housing 1 for messages to the entire device in a rectilinear directional movement along arrow "A". When moving along planes 10 straight sections, centrifugal force is absent. Rods 5 are installed on the rotating beam 4 to improve the movement of goods 6 along the planes 10. One end of the rod 5 is mounted on the finger 8, the other on the axis 7 of the load 6, for example, made in the form of a cylinder rotating relative to the axis 7 and the drive shaft 2.

An amplifier 11 can be installed on the copier 3, for example, a part of the stator winding according to the type of an electric motor, which together with the drive moves the inertial-pulse mass on the most loaded working section of movement. The copier 3 can be made in the form of a stator of an electric motor with a rolling rotor in compliance with the trajectory of the movement of the load 6 for the emergence and transmission of a single centrifugal force for the directed movement of the entire device.

To eliminate the rotation of the housing 1 in the opposite direction with respect to the rotation of the goods 6, a second inertial-pulse converter is installed on the housing with its rotation in the opposite direction from a separate drive.

The movement of the load, as an inertial-pulsed mass, is carried out in the next cycle. The load is moved from one end of the arc to the other end of the arc along straight planes. There is no centrifugal force on the device. During the movement of the load along the arc, the load, as an inertial-impulse element, acquires centrifugal force and Coriolis force. In this case, the load acquires the phenomenon and action of a single centrifugal force, always striving to move it from the center of rotation to the periphery. The use of a single centrifugal force in the device, as a closed system with the internal interaction of the rotating parts with a non-rotating part, allows the device to have effective unidirectional movement.

A single centrifugal force arises from the action of the centrifugal forces of material particles (molecules, atoms, electrons, etc.) that form the body. This is a radical difference from Newtonian external interaction of two bodies, paired forces. Newton's laws of conservation of momentum and energy when using and applying the action of a single centrifugal force are not violated. On this phenomenon and action based unidirectional rectilinear movement of the method and device.

Claims (2)

1. The method of moving a vehicle, which consists in the interaction of a single centrifugal force of an inertial-pulse element with the inertial mass of the vehicle body, characterized in that the inertial-pulse element is copied from one end of the arc to the other end of the arc along straight sections in the form of planes, then move the drive and amplifier along the arc of the copier to create a single centrifugal force, through which the vehicle is moved in a straight line. 2. A device for moving a vehicle, comprising a vehicle body, an inertial-pulse element, mounted with the possibility of periodic exposure for unidirectional movement of the vehicle, a drive and amplifier, characterized in that it is equipped with an inertial-pulse converter, which includes a copier and traction, mounted on a rotating beam to move the inertial-pulse element by means of a drive and an amplifier along the profile of a copier having an arc and rectilinear e areas.