DE1991048U - Electric heat storage - Google Patents

Description

The furnace concerns an electric heat storage, its cuboid Heating cells in the middle part - longitudinal ducts, in the base connecting ducts and in the upper part have connecting channels for the air flowing through. : "." ".

Such heating cells are known. You will be using connection values ge built as required and with the necessary control equipment fitted. .- ■ .'-

According to the firing, it is suggested that the electrical ο-heat also be stored to equip a control cell and several heating cells connected to this with the same connection value.

The control cell after the furnace has a scrap connection chamber, a gel chamber and an air chamber.

The "top plates" of the heating cells after firing have openings provided for carrying clay air pipes.

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2 April 9, 1966

D R.-1N G. G USTAV KIRSC H Sheet of the letter of ..

Patent engineer

at ...

The electric heat storage according to the innovation "consists of either cells arranged standing next to one another or lying cells arranged next to one another or standing one above the other Cells or cells arranged one above the other.

It is also part of the innovation that the control cell and the heating cells have the same shape and size.

Embodiments of the heat accumulator according to the innovation are shown in the drawing.
It shows:

Fig. 1 a heat storage unit consisting of a control cell and three Heating cells, standing side by side;

Fig. 2 a heat storage unit consisting of a control cell and two Heating cells, side by side 5

Fig. 3 a heat storage unit consisting of a control cell and two To hurry, standing one above the other;

Fig. A- a thermal storage system consisting of a control cell and two heating cells, one on top of the other;

Fig. 5 is a schematic representation of a control cell;

Fig. 6 is a schematic representation of two on top of each other arranged heating cells;

Fig. 7 is a schematic representation of two side by side arranged heating cells with a terminating cell;

Fig. 8 a schematic representation of two heating cells arranged one behind the other,

Each heat accumulator consists of a control cell 1 and several Heating cells 2, which - as shown in the fig. 1 to 4 shown - any can be assigned to each other.

The control cell 1 contains two intermediate floors 3. In the upper part 4- is a network connection with the necessary connecting devices is arranged,

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DRL-LNQ. GUSTAV KIRSCH Blatt JL ....... to the letter of ...,.? ... '. .!. * .§.§ j ...

Patent engineer (description)

at

The middle part 5 contains control devices for the heating cells In the lower part 6, an air pump is arranged to deliver the heating air.

In the heating cells 2 there is a heating element 7 · parallel to it four longitudinal channels 8 are arranged, through which the heating air is pressed by the pump in the control cell. In the foot of the heating cell Lateral connecting channels 9 are provided, and connecting channels in the upper part 10, through which the air can flow from one duct into the other. The upper part has openings 11 in the direction of the longitudinal channels 8.

In the arrangement of the cells according to Fig. 1 or 4- are the Connection channels 9 in the foot of the heating cells 2 connected to one another. The heating air then flows out of the control cell 1 through a connection duct 9 into a longitudinal channel 8, passes through a connecting channel 10 into another longitudinal channel 8 and passes through this into the connection channel 9 to the neighboring cell, or steps outside at the last cell. -

With the arrangement of the cell according to Fig. 2 or 3 or 6 and 8. the longitudinal channels 8 and the openings 11 are tubes 12 so that the cells are "threaded" one behind the other on these tubes are. The heating air initially flows through a connecting duct 9 through the longitudinal ducts 8 of several heating cells 2, in the last through a connecting channel 10 into another, parallel to it arranged longitudinal channel 8 and enters again a connection channel 9

The innovation is not bound to the illustrated embodiments and their arrangement.

The inflation thus has the advantage that only control cells and Heating cells of one size are to be kept in stock. From these you can the required heat storage such as a battery or an accumulator can be assembled as desired or required.

/ f. 9 «4-. 68 DR.-1N G. GUSTAV KIRSCH sheet · ". To the letter of: ... *. ' _3

Patent engineer (description)

at

The cells are provided with a front plate which if the heating cells are upright, have a hot air inlet at the height of the pedestal, which is controlled by a room temperature controller will. The front plate is at least at the control cell designed as a door so that the control devices are easily accessible and can be checked without difficulty in the event of malfunctions is. Where necessary, both is in the air chamber A fan can be installed in the control cell as well as in the base of a heating cell.

The battery-like built-up heat storage after the innovation has further the advantage that the number of heating cells can be increased or decreased at any time. Even an exchange of damaged ones Heating cells can be carried out without difficulty.

Protection claims

Claims (6)

P.A. 21.5 6 30 * 13. k, R. DR.-! NQ. G USTAV CHERRY sheet. about the letter from the patent engineer to ... 1. Electric heat storage, its cuboid heating cells in the middle part with longitudinal channels, connection channels in the barrel and connection channels in the upper part for the air flowing through, characterized by a control cell and several heating cells connected to it same connection value. 2. Electric heat accumulator according to claim 1, characterized in that that the control cell contains a network connection chamber, a control chamber and an air chamber. 3. Electric heat accumulator according to claim 1, characterized in that that the top plates of the heating cells with openings for the Implementation of trachea are provided. ■ 4 ·· electric heat accumulator according to claims 1 to 3 » through cells arranged standing next to each other. 5. Electric heat storage according to claims 1 to 3 _? characterized by cells arranged lying next to one another. 6. Electric liFärmespeicher according to claims 1 to 3, characterized through cells arranged vertically on top of one another. 7 · Electric heat accumulator according to claims 1 to 3, characterized by lying on top of each other cells. 8, electric heat accumulator according to claims 1 to 3, characterized characterized in that the control cell and the heating cells have the same shape and size.