SU142347A1 - Electrolyte battery replenisher - Google Patents

Description

BASIC Auth. St. No. 137956 proposed an apparatus for electrolyte cell batteries, in which a handle was pressed to dispense electrolyte, pressing a rubber tube through which electrolyte was supplied.

In contrast to the known, in order to automate the process of electrolyte injection, increase labor productivity and facilitate the work of the operator, instead of a handle, an electromagnet is mounted on the tubular plastic case and is used to turn on and off the electrolyte supply and is controlled by a relay circuit connected to the contacts graduation tip.

FIG. 1 shows an apparatus for topping up batteries with electrolyte; in fig. 2 - 1 pc electric control circuit.

The proposed apparatus for filling up batteries with electrolyte consists of a body / made of plastic in the form of a thick-walled tube, into the lower end of which the tip 2 of a dielectric is screwed. The upper end of the tip 2 ends with a brush on which the tube 3 is pressed, made of rubber. In the upper part of the housing J there is a double-sided tip 4 connecting the tube 3 to the feed hose. The tip 4 is attached to the housing with a cap nut 5.

The device is controlled by means of an electromagnet 6 encased in a casing 7. The electromagnet 6 is attached to the housing.

In the absence of current in the coil of the electromagnet, the earring 8 of the electromagnet under the action of the spring 9 presses the tube 3.

In tip 2, there is a longitudinal groove in which an electrolyte level sensor JO is mounted. The clip // is connected to the sensor 10. In addition, on the tip 2 there is an annular sensor 12 connected to the clip 13.

No. I423--17- 2 -In the case / the signal lamp // is placed, the lamp / - / is closed by a cover 15 made of transparent material. The power supply of the electromagnet of the signal lamp and of the sensors is made by means of chstrehl or Nego cable 16.

The apparatus for dolivkpp battery electrolyte control is automatically controlled according to the scheme shown in fig. 2

When installing the device into the filling hole 17 of the battery, the ring sensor 12 contacts the metal case 18 of the battery installed on the grounded table. In this case, an intrinsically safe relay 19 is turned on and normally open contacts 20 are closed. In this case, the electromagnet coil is turned on, tube 3 is opened and soil topping up electrolyte. The signal lamp of M. Doliyka is mono-monitored until the eleurolite reaches sensor 10. At this time, the intrinsically safe relay 21 turns on and opens normally closed contacts 22 in the electromagnet circuit. In this case, the electromagnet is turned off, the drift stops and the signal lamp goes out.

The use of an automated apparatus for topping up batteries with electrolyte increases productivity, saves electrolyte, and improves production culture.

Subject invention

Modification of the apparatus for topping up batteries with electrolyte according to ed. St. No. 137956, characterized in that, in order to automate the process of electrolyte pouring, increase labor productivity and facilitate the work of the operator, instead of a handle, an electromagnet is attached to the tubular plastic housing and is controlled by a relay circuit connected to the contacts, mounted on the exhaust tip.

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