DE8132210U1 - Electric switch in slim design - Google Patents

Description

CHRISTIAN GEYER'talBH & ÖD ..:. «. BJSrtt 2 - PAT 14/5

Electric switch in slim design.

The innovation concerns a slimline built-in electrical switch according to the preamble of claim 1. One such Built-in switch is known from DE-OS 28 46 217.

Due to the mechanical arrangement of the contact carrier, which is only activated by means of a common rocker arm or a push button can perform a linear switching movement, this built-in switch is only available as an opener or closer or opener and closer to manufacture.

The task of the innovation is to design such a switch in such a way that that this can also be produced as a group switch with three switch positions (E 1 - 0 - E 2).

According to the invention, this object is achieved by the characterizing part of claim 1.

In an advantageous embodiment of the innovation, it is proposed that the guide cams with switch position locking groove, to request the tilting bearing and the spacer cams in one piece

The advantage of the electrical switch according to the invention is that the switch housing can be used universally and as a result, only one molding tool has to be created.

Another advantage is that the switch board is positionally fixed specifies for all switch functional parts, so that the manufacturing tolerances can be easily compensated for.

An embodiment of the innovation is based on the illustrations explained:

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CHRISTIAN GEYER {3Μ $ Η '& £ 0

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It shows

Fig. 1 a shell half with the built-in switch function elements,

Fig. 2 is a sectional view of the complete switch and Fig. 3 is a perspective view of the switch board.

Figure 1 shows the switch in the off position, which is through the latching of the switch bracket 7 in the switch position notch 3 »3» 1 of the switch board 3 is specified « The housing shell 1 has the guide channel 1.1 in which the switch board 3 is inserted. The switch board 3 supports the Rail 10 that contacts the rocker switch 4. The rocker switch 4 is controlled by means of the switch bracket 7, which is controlled by the rocker arm 9 is operated. The contact pressure required for contacting is generated by means of the compression spring 5. The conductor connections are made via the contact connections 6.

The division into two switching chambers can be seen in Figure 2, which are formed by the housing shells 1 and 2 and by the insulating material wall 8. Both rocker switches 4 are by means of of the switch bracket 7 actuated.

The switch board 3 shown in Figure 3 are the tilting bearings 3.1 for the switch bracket 7, the spacer cams 3.2. to fix the position the rail 10 and a guide cam 3.3 are preferably formed in one piece. The switch bracket is on shoulder 3.3.2 7 supported in the switch-on position E 1 and E 2, which is supported in the switch-off center position in the switch position locking groove 3.3.1 is.

Claims (2)

CHRISTIAN GEYEft GMBH & 00. "\. *". PAT 14/5 protection claims. 1. Electric switch in slim design, consisting of two housing shells with one or more contact points and on the narrow sides arranged terminals, in which a structurally identical contact system is arranged in each of the housing shells and both contact systems electrically and mechanically through an insulating material wall that extends over the entire shoulder height are separated from each other and both contact systems by means of of a common manual control part, characterized in that that in the contact carrier guide channel (1.1; 2.1) of the housing shells (1; 2) a switch board (3) inserted and through the contour of the contact carrier guide channel (1.1; 2.1) in the functional position is fixed. 2. Electrical switch in narrow design according to claim 1, characterized, that on the switch board (3) a guide cam (3.3) with switch position locking groove (3.3.1), a tilting bearing (3.1) and spacer cams (3.2) are molded in one piece.