SU1595412A1 - Light-radiation source for animal - Google Patents

Abstract

The invention relates to agriculture and can be used to illuminate animal housing and ultraviolet radiation of animals in it. The purpose of the invention is to increase the convenience of operation. The animal feed lamp contains illuminating luminescent 3 and ultraviolet irradiating 4 erythemal lamps of the same power and reflector with a ballast device 2 mounted in it, a starter 5, a thermal relay with a heating element 1 and an interference suppression capacitor 9. The illuminator 3 and the irradiating 4 lamps are switched on alternately . The switching on of the corresponding lamp is carried out with the help of a thermal relay equipped with a switching contact 6. 1 sludge.

Description

The invention relates to agriculture and can be used2

but for lighting livestock facilities and ultraviolet radiation of animals in it. The purpose of the invention is to improve the convenience of operation. The feed lamp contains luminescent illumination 3 and ultraviolet irradiation 4 erythemal lamps of the same power and a reflector with a ballast device 2 mounted in it, a starter 5, a thermal relay with a heating element 1 and an interference suppression capacitor 9. The illumination 3 and the irradiation 4 lamps are switched on alternately. The inclusion of the corresponding lamp is carried out using a thermal relay, equipped with a switching contact 6. 1 Il.

5TS "1595412

3

15954Ρ.

four

The invention relates to agriculture and can be used for lighting livestock buildings and ultraviolet irradiation. animals in them.

The purpose of the invention is to improve the convenience of operation.

Electrical schematic diagram of the lamp-irradiator for animals, θ shown in the drawing.

The animal feed lamp contains a thermal relay, the heating element 1 of which is connected to a conductor wire by one terminal, 15 and the second terminal is connected to the output of a ballast device 2, a luminous fluorescent lamp 3, one terminal of the first electrode of which is connected to the second terminal of a ballast 20

device 2, an irradiating ultraviolet lamp 4, one output of the first electrode of which is connected to the second output of the ballast device 2, a starter 5, one output of which 25 is connected to the first output of the second electrode of the ultraviolet irradiating lamp 4, the other output of the starter

connected to switching contact

6 .heat relay break contact

7 thermal relay is connected to the second output of the first electrode of the illuminating fluorescent lamp 3, the closing contact 8 of the thermal relay is connected to the second output of the first electrode of the irradiating ultraviolet lamp 35, 4, the second conclusions of the second electrode of the illuminating 3 fluorescent and irradiating ultraviolet 4

lamps are connected to the second tokopodvod_du

A connecting wire, a capacitor U, connected in parallel to the input terminals of the animal illuminator serves to suppress radio interference. $

The lamp-irradiator for animals works as follows.

In the absence of voltage at the input terminals of the circuit of the circuit, the position of the elements corresponds to the circuit shown in the drawing.

When voltage is applied to the luminaire for animals, for example,

• In the early morning hours, both lamps 3 and 4 are connected in parallel to the network through a ballast device –5 Solution 2 and starter 5 through contacts 6 and 7 of the thermal relay are connected in parallel to the lighting lamp 3.

Starter 5 begins to work and lights a lighting lamp. Produced room lighting.

The operating current of the illumination lamp, passing through the heating element 1 of the thermal relay, heats it, the relay operates and switches its contact 6, opening contact 7 and closing contact 8. At the same time, the starter 5 is connected in parallel with the irradiation lamp 4.

At dawn, the light goes out. To do this, the voltage from the luminaire lamp is removed, and after a few seconds it turns on again. Since, due to the thermal relay, the starter 5 remains connected to the irradiation lamp, since within a few seconds the heating element 1 of the thermal relay does not have time to cool down and contact 8 is closed, the starter 5 ignites the irradiation lamp 4 and the animals begin ultraviolet irradiation.

After the required burning time of the irradiating ultraviolet lamp 4 has elapsed, the voltage from the luminaire is disconnected and the lamp goes out. Ultraviolet radiation session is over. The heating element 1 of the thermal relay cools down, the switching contact 6 of the thermal relay takes up its original position. The animal feed lamp is ready for recycle.

If in some periods of time _ it is not necessary to irradiate animals, the lamp-irradiator is used as an ordinary lamp. It is possible to control the operation of the animal illuminator for animals automatically according to a predetermined program using a software device or manually.

In order to obtain a high power factor in an installation, it is advisable to use inductive and capacitive ballasts in luminaires for animals and to include luminaires with different ballasts in pairs. _

Claims (1)

Claim Animal feed lamp containing a fluorescent luminescent and irradiating UV lamps of the same power, a reflector with a ballast device mounted in it, a starter and 1595412 anti-interference capacitor, which is so that, in order to increase the convenience of operation, it is equipped with a thermal relay, the first output of the heating element of which is connected to the current-carrying wire. the second output is connected with the first output of the ballast device, while the second output of the ballast device is connected with the first outputs of the first electrodes of the luminescent and irradiating ultraviolet lamps, the second output of the first the electrode of the luminescent lighting lamp is connected to the disconnecting, and the second output is the first electrode of the irradiating ultraviolet lamp with closing contacts of the thermal relay, the switching contact of which is connected to one of the starter terminals, while the second output, the latter is connected to the first terminals of the second electrodes of the luminescent and irradiating ultraviolet lamps, the second terminals of which are connected to the second conductive wire