Metal-encapsulated, gas-insulated, combined switch disconnector and earthing switch

1. A metal-encapsulated, gas-insulated, combined, polyphase, three-phase switch disconnector and earthing switch, comprising:

a housing;

a contact bolt per phase of the switch, wherein each contact bolt is configured to move along a longitudinal axis, and in a first position, connects two active parts of the switch to one another, and in a second position, is connected to a fixed earthing contact piece; and

a drive motor that actuates the contact bolts via a drive spindle;

wherein lines of movement of the contact bolts of all phases lie in one plane, and each contact bolt is driven by one insulating spindle, the insulating spindle being aligned with the line of movement; and

wherein the drive spindle lies in the plane of the lines of movement and runs perpendicular to the insulating spindles, each insulating spindle being coupled to the drive spindle via one deflecting gear mechanism, the deflecting gear mechanism for driving the contact bolts being accommodated in the earthing contact pieces.

2. The switch disconnector and earthing switch according to claim 1 , wherein the deflecting gear mechanism is a bevel gear, whose bevel wheels are accommodated in the respective earthing contact piece.

3. The switch disconnector and earthing switch according to claim 1 , wherein each insulating spindle has an outer thread, which engages in an inner thread of a respective contact bolt, wherein each contact bolt is impeded in terms of a rotation, such that when the insulating spindles rotate, the contact bolts are shifted in one direction or the other.

4. A polyphase switch, comprising:

a plurality of contact bolts, each contact bolt being associated with one phase of the switch and are configured to move along a longitudinal axis, wherein in a first position on the axis, each bolt connects two active parts of the switch to one another, and in a second position on the axis, each contact bolt is connected to a fixed earthing contact piece;

a plurality of insulating spindles where each insulating spindle drives one of the contact bolts;

a drive spindle that is perpendicular to the plurality of insulating spindles and is coupled to each insulating spindle through a deflecting gear mechanism,

wherein the contact bolts have lines of movement that lie in a common plane, the insulating spindle is aligned with the line of movement, and the drive spindle lies in the plane of the lines of movement, and

wherein the deflecting gear mechanism for driving the contact bolts are accommodated in the earthing contact pieces.

5. The switch according to claim 4 , wherein the drive motor actuates each contact bolt via a drive spindle.

6. The switch according to claim 4 , wherein the deflecting gear mechanism is a bevel gear, whose bevel wheels are accommodated in the respective earthing contact piece.

7. The switch according to claim 4 , wherein each insulating spindle has an outer thread that engages in an inner thread of a respective contact bolt, wherein each contact bolt is impeded in terms of a rotation, such that when the insulating spindles rotate, the contact bolts are shifted in one direction or the other.

8. The switch according to claim 4 , comprising:

a housing that comprises the plurality of contact bolts, the plurality of insulating spindles, the drive motor, and the deflecting gear mechanism.