초록 ▼

A locking mechanism includes a hydraulic actuator component and an electronic actuator component that are arranged coaxially, each of the actuator components being arranged to control a locking member that retains a movable component. In one version, each of the actuator components can individually

A locking mechanism includes a hydraulic actuator component and an electronic actuator component that are arranged coaxially, each of the actuator components being arranged to control a locking member that retains a movable component. In one version, each of the actuator components can individually engage a mechanical detent to enable unlocking of the movable component, for use, for example, in an uplock mechanism for aircraft.

대표청구항 ▼

1. A locking mechanism selectively operable in one of a first mode and a second mode, said locking mechanism comprising: a hydraulic actuator component that engages a locking member in the first mode; andan electronic actuator component that engages said locking member in the second mode, each of th

1. A locking mechanism selectively operable in one of a first mode and a second mode, said locking mechanism comprising: a hydraulic actuator component that engages a locking member in the first mode; andan electronic actuator component that engages said locking member in the second mode, each of the hydraulic actuator component and electronic actuator component being arranged coaxially with one another. 2. A locking mechanism as recited in claim 1, including a mechanical detent that can be acted upon by either the hydraulic actuator component in the first mode or the electronic actuator component in the second mode to release said locking member. 3. A locking mechanism as recited in claim 1, wherein each of the coaxial hydraulic and electronic actuator components are maintained over center relative to a spring release attached to the locking member to engage and release a movable member connected to said locking member. 4. A locking mechanism as recited in claim 2, wherein said locking mechanism is used in conjunction with aircraft landing gear. 5. A locking mechanism as recited in claim 2, wherein said mechanical detent is arranged in a chamber along said common axis and relative to the electronic and hydraulic actuator components. 6. A locking mechanism as recited in claim 4, wherein said locking member comprises a jaw assembly having pivoting latch members, said latch members being maintained in a vertical attitude such that the weight of the landing gear will assist in the opening of same when the mechanical detent is released. 7. A locking mechanism as recited in claim 5, wherein said locking member comprises a J-hook connected to said over center assembly and connected to an over center linkage assembly. 8. A locking mechanism as recited in claim 7, wherein said over-center linkage is disposed beneath said detent chamber. 9. An uplock mechanism for use with aircraft landing gear, said mechanism comprising: a hydraulic actuator component that engages a locking member in the first mode;an electronic actuator component arranged coaxially with the hydraulic actuator component that engages said locking member in said second mode, each of the coaxial actuator components being maintained in relation to one another along a common axis and over center relative to a spring release attached to the locking member to engage and release a movable member connected to said locking member. 10. An uplock mechanism as recited in claim 9, wherein said locking member includes a detent that latches when the mechanism is uplocked in one of said first and second modes, said hydraulic and electronic actuator components being aligned to selectively unlatch said mechanism. 11. An uplock mechanism as recited in claim 8, wherein each of the coaxial actuator components are maintained over center relative to a spring release attached to the locking member to engage and release a movable member connected to said locking member. 12. An uplock mechanism as recited in claim 10, wherein said detent is arranged coaxially in a chamber along the common axis and relative to the electronic and hydraulic actuator components. 13. An uplock mechanism as recited in claim 10, wherein said locking member comprises a jaw assembly having pivoting latch members, said latch members being maintained in a vertical attitude such that the weight of the landing gear will assist in the opening of same when the mechanical detent is released.