Mounting structure, cabinet, and computing device

A cabinet comprising:

• a chassis;
• a connector placed in the chassis;
• and
• a mounting structure located on the chassis and configured for mounting a data storage device to the chassis, wherein the mounting structure comprising:
• a cage defining an opening and a cavity, the cavity accommodating the data storage device and the data storage device entering and exiting the cavity through the opening;
• a sliding piece located on the cage and slidable relative to the cage, the sliding piece comprising a pushing part for pushing the data storage device outwards from the cavity;
• a door rotatably located on the sliding piece and configured for covering or uncovering the opening;
• and
• a lock located on the cage and configured for locking the door to cover the opening,
• wherein in a case that the data storage device is accommodated in the cavity, the door is locked by the lock and the sliding piece is located on a first position, to connect the data storage device to the connector;
• in a case that the lock unlocks the door and the sliding piece slides, the pushing part pushes the data storage device outwards from the cavity through the opening, to disconnect the data storage device from the connector;
• wherein the door comprises a first cooperating part, the lock comprises a second cooperating part, the second cooperating part cooperates with the first cooperating part to lock the door, the second cooperating part deforms away from the first cooperating part to unlock the door, the first cooperating part defines a hole, and the second cooperating part defines a protrusion, the protrusion is insertable into the hole to lock the door;
• wherein the lock comprises an installing part, the installing part is connected to the second cooperating part, the installing part is located on the outer surface of the cage, the lock is elastic, the second cooperating part deforms away from the first cooperating part under an external force to unlock the door, and the second cooperating part recovers from elastic deformation to lock the door;
• wherein the cage comprise a bulge, and a chamber between the bulge and the sliding piece;
• the mounting structure further comprises a pin and a second spring, the second spring is connected to the sliding piece and the cage, the second spring moves the sliding piece, the second spring is placed in the chamber and connects the sliding piece and the bulge, the pin is placed outside the chamber, the cage further comprises a sliding groove, and the pin is slidably placed in the sliding groove, the sliding groove is configured for guiding the pin, a length of sliding groove is a maximum sliding distance of the pin and the sliding piece.

A computing device comprises:

• a motherboard;
• a data storage device;
• and
• a cabinet accommodating the motherboard and the data storage device, wherein the cabinet comprises:
• a chassis configured for positioning the motherboard;
• a connector placed in the chassis and connected to the motherboard;
• and
• a mounting structure located on the chassis and configured for mounting a data storage device to the chassis, wherein the mounting structure comprises:
• a cage defining an opening and a cavity, the cavity accommodating the data storage device and the data storage device entering and exiting the cavity through the opening;
• a sliding piece located on the cage and slidable relative to the cage, the sliding piece comprising a pushing part for pushing the data storage device outwards from the cavity;
• a door rotatably located on the sliding piece and configured for covering or uncovering the opening;
• and
• a lock located on the cage and configured for locking the door to cover the opening,
• wherein in a case that the data storage device is accommodated in the cavity, the door is locked by the lock and the sliding piece is located on a first position, to connect the data storage device to the connector;
• in a case that the lock unlocks the door and the sliding piece slides, the pushing part pushes the data storage device outwards from the cavity through the opening, to disconnect the data storage device from the connector;
• wherein the door comprises a first cooperating part, the lock comprises a second cooperating part, the second cooperating part cooperates with the first cooperating part to lock the door, the second cooperating part deforms away from the first cooperating part to unlock the door, the first cooperating part defines a hole, and the second cooperating part defines a protrusion, the protrusion is insertable into the hole to lock the door;
• wherein the lock comprises an installing part, the installing part is connected to the second cooperating part, the installing part is located on the outer surface of the cage, the lock is elastic, the second cooperating part deforms away from the first cooperating part under an external force to unlock the door, and the second cooperating part recovers from elastic deformation to lock the door;
• wherein the cage comprises a bulge, and a chamber between the bulge and the sliding piece, the mounting structure further comprises a pin and a second spring, the second spring is connected to the sliding piece and the cage, the second spring moves the sliding piece, the second spring is placed in the chamber and connects the sliding piece and the bulge, the pin is placed outside the chamber, the cage further comprises a sliding groove, and the pin is slidably placed in the sliding groove, the sliding groove is configured for guiding the pin, a length of sliding groove is a maximum sliding distance of the pin and the sliding piece.