SU13798A1 - Adaptation to meteorological signaling devices in the study of the upper air layers of the atmosphere - Google Patents

Description

The proposed adaptation to meteorological instruments aims at acoustic signaling in the study of the upper atmosphere by using a series of balls filled with an explosive mixture and equipped with discharge electrodes.

In FIG. 1 shows the general arrangement; FIG. 2, 3, i - schematic view of the contact part of it, in three projections.

Lever 1 of a meteorological instrument is provided with a contact k in contact with the movement of lever I with contact plates,%, ,, 3, electrically connected with each discharge electrode of one of the RR.R. balls filled with an explosive mixture, the second electrodes of which are connected to a battery. d, the other pole associated with the instrument case.

In addition to contact b, lever I carries at the end located above the ontact plates 5, b, & connected via electrodes of balls Q, Q, a battery d, a disk c made of an insulating material and provided with a radial conductive insert f and a pin s, allowing the disk to rotate around the axis of the lever I in one direction only.

When the value of the meteorological element to which this device reacts changes, lever I turns E and closes successively one after another the electrical circuits of the balls P ,, Pj, P3.4TO cause a series of consecutive explosions of the explosive mixture, and the disk c, due to the presence of a pin s . rotates and the balls Q, Qj, Qj are open.

When the value of this meteorological element is reversed, the disk c also rotates when the lever I is rotated and with the help of the conductive insert f loops one after the other chains of Q, Q, Q balls, which again causes a series of alarms about a change in the meteorological element under investigation, explosions.

The subject of the patent.

1. Adaptation to meteorological devices for sigalization in the study of the upper air layers of the atmosphere, characterized by the use of balls PI, PjiPj ... filled with an explosive mixture and equipped with discharge electrodes to produce an explosive mixture of explosives to obtain a sound signal when the electrical circuit is closed with lever I of the meteorological instrument when uncoupling it on one or another contact plate

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2. In the arrangement described in subsection 1, where the signal is blown up by an explosion of an explosive mixture in the balls Q ,,. Qj- about the return stroke of the value of a given meteorological element, the use of a device fixed at the end of lever I and an insulating material made of a disk c, which is provided with an electrically conductive insert f and has a pin s for the purpose of allowing the disk to rotate and therefore close the electric value of the movement drive only one way along the contact plates b, b.

FIG. 2

Fig.Z.

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