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US 11,380,367 B2Granted
Thermally maintainable built-in storage tray structure
AssigneeInspur Suzhou Intelligent Technology Co., Ltd.
InventorsHonggang Gao, Xiu Chi
Life of this patent
Estimating the term…
Abstract
A thermally maintainable built-in storage tray structure can include a case main frame body; a storage unit tray is positioned within the case main frame body, and wherein the storage united is configured to be positioned at a front end of a server together with a mainboard and a PCI_E and the storage unit tray is moveably connected to the case main frame body and is capable of be pulling out of the case main frame body; a middle flip rack provided at a middle part and a rear flip rack provided at a rear part of the storage unit tray, the middle flip rack and the rear flip rack are hinged to the storage unit tray.
Claims19
A thermally maintainable built-in storage tray structure, comprising a case main frame body and a storage unit tray, wherein the storage unit tray is provided within the case main frame body, the storage unit tray, a mainboard and a PCI_E are all arranged at a front end of a server;
- an upper layer U and a lower layer U are provided within the case main frame body, the upper layer U is a computing layer and the lower layer U is a storage layer;
- both sides of the storage unit tray are connected to inner walls on both sides of the case main frame body through ball guide rails;
- several air inlets are provided at a front part of the storage unit tray, a cooling fan is provided at the front part of the case main frame body;
- flip racks are provided at a rear part and a middle position of the storage unit tray, both sides of one end of the flip rack are hinged to the storage unit tray, a first lug is provided on both sides of the lower part of one end of the flip rack, several first pinholes are provided on one end of the first lug, a hinge is provided on an upper part of the storage unit tray;
- one end of the hinge is provided with a second pinhole that matches with the first pinhole, the first pinhole and the second pinhole are movably connected by a pin shaft;
- a third lug is provided on both sides of an upper part of the other end of the flip rack;
- several evenly arranged vertical plates are provided on the flip rack and the front part of the storage unit tray, the lower part of the vertical plate on the front part of the storage unit tray is connected to the storage unit tray by a connecting plate, the lower part of the vertical plate on the flip rack is connected to the flip rack by a connecting plate, a first guide plate is provided on the vertical plate;
- a second guide plate is provided on one side of an upper part of the first guide plate;
- brackets for installing hard disks are provided both between the first guide plate and the connecting plate, and between the second guide plate and the first guide plate, the hard disks installed on the front part of the storage unit tray constitute a front-row hard disk module, the hard disks installed on a middle flip rack constitute a middle hard disk module, and the hard disks installed on a rear flip rack constitute a rear-row hard disk module;
- the front-row hard disk module, middle hard disk module and rear-row hard disk module at least have two layers;
- the flip rack is provided with a baffle plate on one side, the baffle plate is provided with several first vent holes which are located at the gap between an upper hard disk layer and a lower hard disk layer;
- first cover plates are provided in gaps between the front-row hard disk module and the middle hard disk module, between the middle hard disk module and the rear-row hard disk module, and between the rear-row hard disk module and a rear wall of the storage unit tray, a second lug is provided on both sides of the front part of the first cover plate and movably connected to the storage unit tray, a lap joint is provided on both sides of the rear part of the first cover plate and lapped on the third lug of the flip rack, and a buckle plate is provided on the outside of the lap joint.
9 more elements
A thermally maintainable built-in storage tray structure, comprising:
- a case main frame body;
- a storage unit tray is positioned within the case main frame body, and wherein the storage unit tray is configured to be positioned at a front end of a server together with a mainboard and a PCI_E, the storage unit tray is moveably connected to the case main frame body and is capable of be pulling out of the case main frame body;
- a middle flip rack provided at a middle part and a rear flip rack provided at a rear part of the storage unit tray, the middle flip rack and the rear flip rack are hinged to the storage unit tray;
- wherein a front part of the storage unit tray is configured to install a front-row hard disk module, the middle flip rack is configured to install a middle hard disk module and the rear flip rack is configured to install a rear-row hard disk module;
- wherein a front first cover plate is provided in a gap between the front-row hard disk module and the middle hard disk module, a middle first cover plate is provided in a gap between the middle hard disk module and the rear-row hard disk module, and a rear first cover is provided in a gap between the rear-row hard disk module and a rear wall of the storage unit tray, respectively;
- wherein the front, middle and rear first cover plate are moveable, such that at an open position, the front first cover plate allows the middle flip rack being flipped for thermal maintenance, and when the middle flip rack is flipped, the front first cover plate is restored to a normal position to be in contact with a bottom of the middle hard disk module to form a closed air duct between the front-row hard disk module and the middle hard disk module;
- and at an open position, the middle first cover plate allows the rear flip rack being flipped for thermal maintenance, and when the rear flip rack is flipped, the middle first cover plate is restored to a normal position to be in contact with a bottom of the rear hard disk module to form a closed air duct between the middle hard disk module and the rear hard disk module.
4 more elements
Dependencies are inferred from the claim text.