초록 ▼

An integrated reactor missile shield and crane assembly (IRMSCA) is disclosed and claimed. The IRMSCA replaces the existing concrete missile shields and reactor services crane. The IRMSCA is moveable such that the missile shield can be moved away from the reactor head, allowing the integral crane to

An integrated reactor missile shield and crane assembly (IRMSCA) is disclosed and claimed. The IRMSCA replaces the existing concrete missile shields and reactor services crane. The IRMSCA is moveable such that the missile shield can be moved away from the reactor head, allowing the integral crane to lift the control rod drive mechanism components and other routine loads at the refueling cavity.

대표청구항 ▼

1. A missile shield assembly for use in a building having a building support surface, comprising: a support frame;a missile shield coupled to said support frame;a roller coupled to said support frame and positioned to cooperatively engage the building support surface; anda clevis coupled to said sup

1. A missile shield assembly for use in a building having a building support surface, comprising: a support frame;a missile shield coupled to said support frame;a roller coupled to said support frame and positioned to cooperatively engage the building support surface; anda clevis coupled to said support frame, said clevis configurable between an engaged position in which the missile shield assembly is retained in place and a disengaged position in which the missile shield assembly is moveable relative the building support surface. 2. The missile shield assembly of claim 1, further comprising a bracket configured to operationally engage said clevis in said engaged position. 3. The missile shield assembly of claim 2, wherein: said clevis defines a hole therethrough; andsaid bracket defines a hole therethrough configured in said engaged position to operationally engage said clevis when a pin is inserted through both said clevis hole and said bracket hole. 4. The missile shield assembly of claim 1, wherein said roller is configured to engage a rail portion of the building support surface. 5. The missile shield assembly of claim 1, wherein said roller includes a wheel assembly that engages the building support surface. 6. The missile shield assembly of claim 5, wherein said wheel assembly fully supports the missile shield assembly in said disengaged position. 7. A missile shield assembly for use in a building having a building support surface, comprising: a support frame;a missile shield coupled to said support frame;a roller coupled to said support frame and positioned to cooperatively engage the building support surface;a clevis coupled to said support frame, said clevis configurable between an engaged position in which the missile shield assembly is retained in place and a disengaged position in which the missile shield assembly is moveable relative the building support surface;a hoist rail coupled to said support frame;a hoist coupled to said hoist rail; anda hoist motor operatively coupled to said hoist and said hoist rail to translate said hoist along said hoist rail in a first direction. 8. The missile shield assembly of claim 7, wherein said hoist rail is coupled to the missile shield assembly such that said missile shield is intermediate said support frame and said hoist rail. 9. The missile shield assembly of claim 4, wherein: said hoist rail is elongate having a first end and a second end;the missile shield assembly further comprises a first transverse rail and a second transverse rail, said first and second transverse rails coupled to said support frame and positioned substantially transverse to said hoist rail;said hoist rail first end is coupled to said first transverse rail; andsaid hoist rail second end is coupled to said second transverse rail. 10. The missile shield assembly of claim 9, wherein said hoist rail is moveably coupled to said first and second transverse rails such that said hoist rail is moveable relative said support frame in a second direction, said second direction being substantially transverse to said first direction.