A cushion frame (30) is supported by a rear link board (41) and a front link board (42).

The first bone plate is detachably attached to the joint plate of the fixing block.

A rear link board (41) in a movable range has a displacement angle larger than the displacement angle of a front link board (42).

The left gusset (20) is provided with a gusset bead (72) which protrudes toward the vehicle compartment (27) along the pillar bead (33).

The traveling block has one side extended with a joint plate.

Consequently, the sitting surface angle of the cushion frame (30) increases as the rear link board (41) and the front link board (42) are rotated and moved forward.

The displacement of the first junction plate (79) is transmitted to a support plate (86) from a first coupling piece (84).

The inner edge of the junction plate (3) at least partly comprises toothing (6, 36).

The invention relates to a running tool for subsea junction plate assembly installation.

The invention further relates to a method for installing a junction plate assembly using the running tool of the present invention.

The connector (24) of the fly-in connector assembly (22 ) being engaged with the flowline connector of the junction plate (16).

The gusset bead (72) and the pillar bead (33) form a first closed cross-section section (82).

A front pillar bottom structure (10) is provided with a gusset (50) that is attached to the bottom end of a pillar reinforcement (41).

In a microactuator device (34), a first junction plate (79) is displaced relatively with respect to a fixed plate (56) according to the expansion and contraction of a first piezoelectric element (59).

One or more retaining elements secure the spray gun modules, support assemblies and junction plate in assembled relation.