SU5301A1 - Anodna battery - Google Patents

Description

anode battery

 ; . . . .....-.-.-.-.-: /

to the patent of the in-ing company R. Sachs, Society with the Limit. rep. (Finna R. Sachs, Gesellschaft w. B. N.), Berlin, dated December 16, 1924 (for V. ed. No. 1336).

The real inventor of the Institute is O. Tannert (O. Tannert).

A patent was issued on May 31, 1928. The patent is valid for 15 years from May 31, 1928.

In the proposed anode battery, individual elements of a small voltage are connected in series. Separate elements of cylindrical shape are placed in a cabinet-shaped frame in groups in the form of parallel pillars; the elements are connected in series without any mechanical connections, forming a series circuit due to close contact with each other, and are kept inside the frame, pressed together by the pressure of the front walls of the frame, so that after releasing the clamping elements of the end fasteners, each element is separate can be removed from the frame and, if necessary, replaced by another. In the proposed anode battery, all elements are accessible from the outside and fully visible, and the current can be removed in any

place on the open side of the battery, without requiring a special current-collecting or branch organ at the element itself. The current can be diverted from the open side by placing a metal bracket on the cylindrical surface of one of the elements.

FIG. 1 is a view of the battery from the open wide side; FIG. 2 is a longitudinal section along the line II-P of FIG. 1 and in FIG. 3 is a top view, part without a cap.

The wooden frame-like frame, mounted on the base of a, is divided into chambers open to the outside d by several partitions (for example, five) b and vertical partitions c; In each chamber, several (for example, four) races of RTG-AT are placed (without any significant side game).

one above another cylindrical zinc-carbon elements. In each pair of adjacent element columns, the elements of one of them are turned upwards with the coal pole h, and the elements of the other column with the same carbon pole down. On the bottom board a, the bridges i are made of sheet metal,

coming from one camera d to co, -: sedn, so. of himself

:,. lower element of one chamber

 l; : electrically connected to coal; , nojiracoM, .a lower element of the adjacent chamber .; Those: from adjacent Al, cement poles that are not

:: i

; are connected below, have electric connection above, installed; .. "-.; ..-. ll be heard as follows. ; At the top of each camera on the back. its column of elements

: metal spring is mounted

box and consisting of two caps: t.

a syuley with a spiral spring V located between them. wooden lid t, having, on the underside, metal bridges (strips), which are tangent to two; adjacent spring boxes and thus establish between them an electrical connection. The bridges w are placed on the lid in such a way that when the latter is installed in place, those element columns, which are not connected by metal bridges i on the bottom board a, are electrically connected at the top. The cover is put on two screws x placed at the top of the partition b (preferably asymmetrically) so that the cover cannot be planted in the wrong position. A contact screw is inserted in one corner of the cover. It serves to connect one of the current pick-up wires and a metal plate Z, ending under the cover, which, when the cover is in place, comes in contact with the spring box and the element pole / (Fig. 3).

rupas X by sheaves, squeezed boxes and firmly hold the corresponding column of elements, and at the same time all the columns are connected in series in a continuous circuit, as in each pair of adjacent columns the electrical connection between the columns is established, alternately, either down at the board a or at the top at the cover with metal bridges i or w. The connection of the second wire to any element, in order to take the current of the desired voltage, is carried out by imposing a contact clamp on. the exposed side surface of the corresponding element on the wide side of the crate. This terminal consists of a fitting, to cylindrical. . the form of an element of a spring metal bracket p with a contact screw g to which a second lead wire can be attached ....

After loosening and removing the cover, removing the free spring boxes to, you can remove and replace the defective element or transfer it to the end of a number of elements where it does not interfere with the battery.

The subject of the patent.

1. Anode battery consisting of pillar-shaped groups and unrelated mechanical elements, characterized by the use of a crate divided by partitions into a series of vertical, outwardly opening chambers d, which are located opposite each other and facing each other /, held in tight contact by means of coil springs V, whereby the individual vertical groups of elements are connected in series with metal bridges iw, reinforced according to venno on the bottom and on the inner side kryschki box (Figs. 1 and 2).

ShchSchSCH

2. In the anode battery described in paragraph 1, the use of a spring, equipped with contact screws g, metal bracket p.

Fig1. ; .y. /.

; -i. : --- - .-- :,.

covering the lateral surface of the cylindrical element and serving to connect the current lead wire (Fig 2).