The local network (120) comprises a sending host (22) and a connection splitting node (124) which includes a throttling unit (150).

The remote network (30) comprises a receiving host (32) which is connected to a second connection splitting node (142) having a buffer (152) via the internet (34).

Connection means are coupled to the main splitting pipe such that the connection means are in communication with the main splitting pipe.

A circular partition (30) is positioned around the connecting neck.

The circuit connection unit is electrically connected to the circuit terminal unit in a physically connective manner enabling a selection of connection or separation.

A first transfer transistor selectively separates and connect between PD and MEM, and a second transfer transistor selectively separates and connects between MEM and FD.

The connection part is provided therein with a separation membrane having a hole.

The connection device comprises a first port, a second port, and a partition unit.

Relative movement between the first connection member and the disconnect member causes a separation of the first and second connection members (12, 14).

A connector having a push-type or sliding-type connecting and separating member is disclosed.

A system and device for establishing session connection under separation structure is provided also.

A method for separating a one-piece connecting rod into a cap and a rod includes forming diametrically opposed notches in the connecting rob bore to define a fracture plane that is substantially parallel to the bore central axis.

Bacterial contamination can be reduced by simple operation when connection and separation are repeated.

The connecting piece is provided with a steel ball separation-reunion damping grease buffering mechanism, to buffer rotation of the connecting piece.

The invention relates to a safety separating funnel, comprising a combination of a separating funnel vessel (1) and a separating funnel insert (3), by means of a connecting element (5).