Vertical connector

1. A vertical connector comprising:

a stationary connector part,

a mobile connector part connectable to the stationary connector part and

a clamp connector,

wherein said stationary connector part has an upward projecting pipe boss having a diameter,

said mobile connector part has a guiding means to assist by angular deviation entering of the mobile connector part onto the stationary connector part,

said guiding means defines an internal upper and lower cavity which includes a lower introduction opening which is larger than the diameter of the stationary pipe boss,

said upper cavity is tapered and is smaller than the lower cavity,

said guiding means cooperates with the upward projecting pipe boss during a landing operation of the mobile connector part over the pipe boss to create an aligning force,

said guiding means comprising an upper set of plate elements each having a plate plane and an inward directed plate edge, the plate planes directed in a substantially radially outward direction from a central axis and circumferentially arranged around the central axis;

said mobile connector part carries a sealing ring, wherein said sealing ring is protected by said guiding means, and said sealing ring is engageable with a conical sealing surface on an interior surface of the pipe boss and said sealing ring is capable of providing a seal with said interior surface of the pipe boss in a subsea environment, and

said clamp connector secures the stationary connector and the mobile connector together into a sealing connection.

2. The vertical connector as defined in claim 1 , said guiding means further comprising:

a lower set of plate elements each having a plate plane and an inward directed plate edge, wherein the plate planes point in a substantially radially outward direction from the central axis and are circumferentially arranged around the central axis thereof, and

the inward directed plate edges of the lower set of plate elements have a predetermined contour and define together said lower cavity.

3. The vertical connector as defined in claim 2 , said guiding means further comprising an integrated annular body defining the lower introduction opening, and tying the plate elements together.

4. The vertical connector as defined in claim 2 , further comprising a plurality of gaps between adjacent radially pointing plate elements in the lower set which are smaller than the diameter of the stationary pipe boss.

5. The vertical connector as defined in claim 1 ,

wherein the inward directed plate edges of the upper set of plate elements define a tapered transition between the upper cavity and the lower cavity.

6. The vertical connector as defined in claim 1 , further comprising a plurality of gaps between adjacent radially pointing plate elements in the upper set which are smaller than the diameter of the pipe boss.

7. The vertical connector as defined in claim 6 , said stationary connector part comprising a number of guide plates arranged circumferentially around the pipe boss and extending in an axial longitudinal direction and pointing outward in a radial direction.

8. The vertical connector as defined in claim 7 , said stationary connector part further comprising a base board functioning as an attachment to secure a tool.

9. The vertical connector as defined in claim 8 , said guide plates of the stationary connector part comprising a contour on a surface pointing radially outward for guiding the mobile connector part, an annular body of the mobile connector part first hitting an upper portion of at least one of the surfaces and creating an aligning moment.

10. The vertical connector as defined in claim 9 , said clamp connector comprising internally arranged annular inclined surfaces which by circumferential activation forces two pipe flanges axially towards each other, where one of the pipe flanges has the sealing ring, said sealing ring having externally arranged annular inclined surfaces installed.

11. The vertical connector as defined in claim 1 , said mobile connector part comprising at least one adapted attachment for installation of a tool, said attachment being arranged on an annular body.

12. The vertical connector as defined in claim 11 , further comprising a second set of plate elements arranged with such distance apart that access into the upper cavity by a tool is created for possible replacement of the sealing ring.