초록 ▼

An electronic apparatus includes an apparatus casing and a removable cage. The removable cage includes a cage body, a carry handle, and a locking mechanism disposed on the cage body. The carry handle includes a pivotally-connecting part, pivotally connected to the cage body, a handle body, and a pus

An electronic apparatus includes an apparatus casing and a removable cage. The removable cage includes a cage body, a carry handle, and a locking mechanism disposed on the cage body. The carry handle includes a pivotally-connecting part, pivotally connected to the cage body, a handle body, and a pushing part. The handle body and the pushing part are oppositely connected to the pivotally-connecting part. The locking mechanism includes a latching part and an unlocking part. The latching part can be engaged into a lock slot of the pivotally-connecting part so that the carry handle is fixed relative to the cage body for carrying the cage body. The unlocking part can be driven to disengage the latching part from the lock slot. By the lever rule, the carry handle can move the cage body into the apparatus casing further or move the cage body reversely to depart from the apparatus casing.

대표청구항 ▼

1. A removable cage, capable of being installed in an apparatus casing, the apparatus casing comprising a first constraint part and a second constraint part, the removable cage comprising: a cage body for carrying an electronic module;a carry handle for carrying the cage body, the carry handle compr

1. A removable cage, capable of being installed in an apparatus casing, the apparatus casing comprising a first constraint part and a second constraint part, the removable cage comprising: a cage body for carrying an electronic module;a carry handle for carrying the cage body, the carry handle comprising a handle body, a pivotally-connecting part, and a pushing part, the handle body and the pushing part being oppositely connected to the pivotally-connecting part, the pivotally-connecting part being pivotally connected to the cage body, the pivotally-connecting part having a lock slot; anda locking mechanism disposed on the cage body, the locking mechanism comprising a latching part and an unlocking part, the latching part being capable of being engaged into lock slot so that the carry handle is fixed relative to the cage body for carrying the cage body, the unlocking part being dynamically connected to the latching part and capable of being driven to disengage the latching part from the lock slot; wherein when the removable cage is placed into the apparatus casing in an insertion direction, the unlocking part is driven to disengage the latching part from the lock slot so that the carry handle is capable of rotating toward a side of the cage body in a rotation direction and the pushing part pushes against the first constraint part, and the carry handle pivots about a fulcrum, where the pushing part contacts the first constraint part, to move the cage body in the insertion direction further by the pivotally-connecting part; wherein when the carry handle rotates away from the cage body in a direction reverse to the rotation direction, the pushing part departs from the first constraint part and pushes against the second constraint part, and the carry handle pivots about a fulcrum, where the pushing part contacts the second constraint part, to move the cage body in a direction reverse to the insertion direction by the pivotally-connecting part. 2. The removable cage of claim 1, wherein the locking mechanism comprises a resilient part, connected to the cage body and the latching part, for driving the latching part to engage into the lock slot so that the carry handle is fixed relative to the cage body for carrying the cage body. 3. The removable cage of claim 1, the apparatus casing comprising an interference part, wherein the unlocking part has an oblique plane, and when the removable cage is placed into the apparatus casing in the insertion direction, the interference part pushes against the oblique plane to drive the unlocking part to disengage the latching part from the lock slot. 4. The removable cage of claim 1, wherein the locking mechanism comprises a slide structure, a resilient part, and a constraint wall, the slide structure and the constraint wall are disposed on the cage body, the latching part is slidably disposed in the slide structure, the resilient part pushes against and between the latching part and the constraint wall, and the unlocking part is fixed on the latching part. 5. The removable cage of claim 1, further comprising a limitation structure disposed on the cage body, wherein when the latching part is disengaged from the lock slot, the limitation structure is capable of blocking the carry handle from rotating toward another side of the cage body in the direction reverse to the rotation direction. 6. The removable cage of claim 1, further comprising a first guiding structure disposed on the cage body, the apparatus casing comprising a second guiding structure matching with the first guiding structure, wherein when the removable cage is placed into the apparatus casing in the insertion direction, the second guiding structure is engaged with the first guiding structure to guide the cage body moving into the apparatus casing. 7. The removable cage of claim 6, wherein the first guiding structure comprises a guide boss disposed where the pivotally-connecting part and the cage body are pivotally connected, and when the removable cage is placed into the apparatus casing in the insertion direction, the guide boss slides in the second guiding structure. 8. An electronic apparatus, comprising: an apparatus casing having an accommodating space, a first constraint part, and a second constraint part;an electronic module; anda removable cage, comprising: a cage body for carrying the electronic module;a carry handle for carrying the cage body, the carry handle comprising a handle body, a pivotally-connecting part, and a pushing part, the handle body and the pushing part being oppositely connected to the pivotally-connecting part, the pivotally-connecting part being pivotally connected to the cage body, the pivotally-connecting part having a lock slot; anda locking mechanism disposed on the cage body, the locking mechanism comprising a latching part and an unlocking part, the latching part being capable of being engaged into lock slot so that the carry handle is fixed relative to the cage body for carrying the cage body, the unlocking part being dynamically connected to the latching part and capable of being driven to disengage the latching part from the lock slot; wherein when the removable cage is placed into the accommodating space in an insertion direction, the unlocking part is driven to disengage the latching part from the lock slot so that the carry handle is capable of rotating toward a side of the cage body in a rotation direction and the pushing part pushes against the first constraint part, and the carry handle pivots about a fulcrum, where the pushing part contacts the first constraint part, to move the cage body in the insertion direction further by the pivotally-connecting part; wherein when the carry handle rotates away from the cage body in a direction reverse to the rotation direction, the pushing part departs from the first constraint part and pushes against the second constraint part, and the carry handle pivots about a fulcrum, where the pushing part contacts the second constraint part, to move the cage body in a direction reverse to the insertion direction by the pivotally-connecting part. 9. The electronic apparatus of claim 8, wherein the locking mechanism comprises a resilient part, connected to the cage body and the latching part, for driving the latching part to engage into the lock slot so that the carry handle is fixed relative to the cage body for carrying the cage body. 10. The electronic apparatus of claim 8, wherein the apparatus casing comprises an interference part, the unlocking part has an oblique plane, and when the removable cage is placed into the accommodating space in the insertion direction, the interference part pushes against the oblique plane to drive the unlocking part to disengage the latching part from the lock slot. 11. The electronic apparatus of claim 10, wherein the interference part is a rib extending in the insertion direction. 12. The electronic apparatus of claim 8, wherein the locking mechanism comprises a slide structure, a resilient part, and a constraint wall, the slide structure and the constraint wall are disposed on the cage body, the latching part is slidably disposed in the slide structure, the resilient part pushes against and between the latching part and the constraint wall, and the unlocking part is fixed on the latching part. 13. The electronic apparatus of claim 8, wherein the removable cage further comprises a limitation structure disposed on the cage body, and when the latching part is disengaged from the lock slot, the limitation structure is capable of blocking the carry handle from rotating toward another side of the cage body in the direction reverse to the rotation direction. 14. The electronic apparatus of claim 8, wherein the removable cage further comprises a first guiding structure disposed on the cage body, the apparatus casing comprises a second guiding structure matching with the first guiding structure, and when the removable cage is placed into the apparatus casing in the insertion direction, the second guiding structure is engaged with the first guiding structure to guide the cage body moving into the apparatus casing. 15. The electronic apparatus of claim 14, wherein the first guiding structure comprises a guide boss disposed where the pivotally-connecting part and the cage body are pivotally connected, the second guiding structure comprises a slide slot, and when the removable cage is placed into the accommodating space in the insertion direction, the guide boss slides in the slide slot. 16. The electronic apparatus of claim 8, further comprising a first electronic connector, the electronic module comprising a second electronic connector, the first electronic connector being disposed on the apparatus casing, the second electronic connector being exposed out of the cage body, wherein when the carry handle pivots about a fulcrum, where the pushing part contacts the first constraint part, to move the cage body in the insertion direction further by the pivotally-connecting part, the first electronic connector and the second electronic connector are capable of being engaged with each other completely.