SU13203A1 - Device for converting alternating current to direct current or direct current current into alternating current - Google Patents

Description

The present invention relates to an apparatus for converting alternating current into a no-wave or constant-to-deremenny and has the purpose of producing an alternating current with a voltage curve of any form of direct current or voltage with a possible decrease.

In FIG. Figure 1 depicts the conventional circuitry of an instrument for producing a current with a sinusoidal voltage curve; FIG. 2-circuit device for obtaining direct current; FIG. 3 is the same circuit for obtaining direct current undervoltage.

A conductor bent along any given curved line is superimposed on the rotating disk or dilander A (Fig. 1, where the scan of the dilindra is shown). S (in Fig. 1, the conductor S is bent along a sinusoid), touching with its various points, located parallel to one of the radii of the disk or the axis of the cylinder, as in FIG. 1, a linear resistance I, fastened on flexible spring-loaded conductors to, to. One overhead connects –to conductors to, to, and the other –to connects to the middle point of resistance I by means of the conductor and the conductor s. Due to the fact that when the conductor s is moved through the resistance I, the resistance of the mos circuit will change, another axis is fixed on the axis; 1 of cylinder A with the same device as on cylinder A (Fig. 1). In this case, the other day of the current is connected to the conductors W, w and the conductors S, s are interconnected by the conductor 7i. In order to maintain the resistance constant of the moshsom, the points of contact between the conductors s and the resistances I must be shifted one relative to the other by a quarter of the neryode. If a constant voltage is applied to the conductors to, to (Fig. 1), then when rotating the cylinders J. and J3 on the conductors m, m, the voltage is obtained, varying in a curve determined by the shape of the curve of the conductor s (in Fig. 1 on a sinusoid). The frequency of the.) Guided current is determined by the number of turns of the cylinders and the number of full periods of the curve formed by the conductor S. If the conductors k, apply an alternating voltage, then with the appropriate form of the conductor s and the synchronous rotation speed of the cylinders can be obtained on the conductors t, m constant voltage. This can be done with one dilindra and conductor s, it is better to shape it, as shown in FIG. 2

If the conductor s is shaped as shown in FIG. 3, it is possible to obtain a constant undervoltage current, since with an increase in the voltage iaa of resistance I, the point of contact will be

“Move to the low voltage region, the voltage fluctuations will be short and cutting and can be filtered.

The subject of the patent.

1. An instrument for converting alternating current into constant or constant into alternating, characterized by the application of a conductor 5 superimposed on a rotating cylinder or disk and curved along any given curve of the line, relating to the rotation of the cylinder or disk with its various points parallel to the axis of the cylinder or

respectively, parallel to one of the radii of the disk of the linear resistance I, whereby one of the circuits is connected to the extreme points of resistance I, and the other to, the conductor s and the middle point of resistance I (Figures 2 and 3).

2. Modification of the device described in clause 1, characterized by the use of a second sliding but curved resistance conductor I, designed to connect one of the circuits to the middle points of both resistances, to compensate for the variable value of the periodic resistance included in the conversion process.

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, figure 2