SU1002707A1 - Inertial propeller - Google Patents

Description

(54 INERTIAL ENGINE

This invention relates to mechanical engineering, in particular k self-propelled means for translational movement.

A known pulsation friction propulsion for self-propelled systems, containing inertial elements located on two parallel shafts mounted on a frame NOT a hinge base 13 The disadvantage of the propulsion is its dependence on the efficiency of friction.

Closest to the proposed technical essence and the achieved result is an inertial propulsion device containing an input shaft, a driving element mounted on it, an inertial element located in the latter and a stop interacting with the inertial element. The leading link of the inertial propulsion unit is made in the form of a cylinder with radial trunks. Inside the barrel there is an inertial element in the form of a ball, which is pressed against the stop by the action of centrifugal force. When under-; During the course of the impact mechanism, the ball receives a pulse impact, which results in a roll toward the center cylinder. Emphasis

and the percussion mechanism is associated with the housing. Duration of exposure The load loaded with centrifugal force is much more on the stop than on the percussion mechanism, so the body moves towards the stop.

The disadvantage of the mover is the complexity of the design.

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The purpose of the invention is to simplify the design of the inertial drive.

This goal is achieved by the fact that in the inertial propulsion unit containing the input shaft, a driving link is mounted on it, 15 located in the latter inertial element and the stop,. interacting with the inertial element, the lead link is made in the form of a straight line guide mounted on the input beta, y.iiop in the form of a fixed ring located eccentrically by the input shaft bs, and the inertial element electrically hurt the two masses , each of which has rollers, alternately interacting with the stop.

FIG. 1 shows an inertial propeller, top view in FIG. 2 30 section aa in FIG. 1.

Claims (1)

Claim An inertial propulsion device containing an input shaft, a driving link installed on it, located in the last inertial element and a stop interacting with the inertial element, characterized in that, in order to simplify the design, the driving link is made in the form of a straight guide mounted on the input the shaft, the stop - in the form of a fixed ring, located eccentrically to the axis of the input shaft, and the inertial element - in the form of two rigidly connected masses, each of which has rollers, alternately interacting with the stop.