CN201438282U - Hard disk bearing device - Google Patents

Abstract

The utility model is characterized in that the hard disk bearing device is provided with at least one group of laminates above the bottom plate of a frame, each group of laminates is provided with at least one supporting strip which is transversely arranged between two side plates of the frame, and a plurality of hard disk assembly holes are respectively arranged on the bottom plate of the frame and each supporting strip; the 2.5-hour hard disk drive is arranged on the bottom plate of the frame or the supporting strips of each group of shelves, the 2.5-hour hard disk drive is locked on the frame by using the hard disk assembly holes, then the frame is arranged in the device space corresponding to the computer shell frame, and the frame is locked on the computer shell frame by using the screw holes, so that the purpose of fixing the 2.5-hour hard disk drive in the computer shell frame is achieved.

Description

Hard disk carrier

technical field

The utility model relates to a hard disk carrying device, in particular to a hard disk carrying device which is convenient for a 2.5 hour hard disk drive to be transferred to a desktop personal computer mainframe, server and other equipment in a built-in mode.

Background technique

By the way, hard drives have always been one of the most important storage devices in personal computers (including desktop personal computers, notebook computers), servers, and even karaoke players. Currently, the most common hard drive specifications include: There are two types: 3.5 hours and 2.5 hours. Among them, the 3.5 hours hard drives are mostly used for desktop personal computers, servers, karaoke accompaniment players and other electrical devices with high-power power supplies.

As for the 2.5-hour hard drive, it is mostly used in notebook computers, or as an external portable storage device. The main reason is that the size and power consumption of the 2.5-hour hard disk drive are more suitable for matching the hardware equipment of the notebook computer. , The shock resistance of the hard disk drive at 2.5 hours is also higher than that of the hard disk drive at 3.5 hours.

Generally, when the 2.5-hour hard drive is turned on and powered on, the designed drop/vibration resistance is about 200-225G, which is equivalent to when a notebook computer is placed on the table from a height of about half a foot (15cm), the internal 2.5, the hard drive must still be able to maintain normal operation, and the data will not be damaged; as for the non-operating mode with the power off, the required shock resistance is 800-1000G, which is equivalent to the height of the notebook computer from the desktop (55-60cm) When the hard disk is accidentally dropped to the ground, the internal mechanism and stored data of the hard disk are still intact at 2.5 hours, and it must still remain normal when it is turned on.

Generally, the shock resistance of the hard disk is 3.5, and it is only required to be 300~400G in the non-operation mode, and it is almost unusable when it falls to the ground; in the boot operation mode, it is even lowered to 50~60G, and it is almost impossible to withstand any collision, and it is even more avoided when it is turned on. Move in operation mode. However, some of the fixed-point 3C devices seen in the market still have a built-in 3.5-hour hard drive as the basic storage device.

For example, the hardware structure of the existing desktop computer mainframes is equipped with various 3.5-inch international standard installation spaces and 5.25-hour international standard installation spaces for built-in 3.5-inch hard drives, floppy disk drives, CD-ROM and other equipment; even though the hard disk drive of some desktop computer mainframes adopts a detachable type, the "detachable hard drive" of the current desktop personal computer is still installed in a 5.25-inch international standard device space. The one-to-one configuration with a 3.5-inch hard drive is the most common.

Therefore, as far as the actual use status of desktop personal computer hosts, servers and other equipment is concerned, there is no space configuration for directly accommodating 2.5-inch hard drives, and the related design for directly carrying 2.5-inch hard drives will affect consumers. The 2.5-hour hard drive originally used for notebook computers or as portable storage devices has been transferred to desktop personal computer hosts, servers and other devices through the built-in mode.

Utility model content

In view of this, the technical problem to be solved by the utility model is to provide a hard disk carrying device that can be conveniently transferred from a 2.5 hour hard disk drive to a desktop personal computer mainframe, server and other equipment in a built-in mode.

In order to achieve the purpose of exposing, the technical solution of the utility model is: a hard disk carrying device, including: a frame with a bottom plate and two side plates, which are constructed by the bottom plate and the two side plates to correspond to the computer When the international standard 5.25 of the casing frame is the external size specification of the device space, the board bodies of the two side plates are correspondingly provided with a number of screw holes for the overall frame and the computer casing frame to be locked, and on the bottom plate there are A number of hard disk assembly holes for locking with the 2.5-hour hard disk drive; at least one set of shelves is relatively arranged in the space above the bottom plate, and each set of shelves is supported by at least one support bar horizontally arranged between the two side plates Constituted, each support bar is provided with a plurality of hard disk assembly holes for locking with the 2.5 hour hard disk drive.

Wherein, at least one 2.5 o'clock hard disk is further provided, and the 2.5 o'clock hard disk is locked on the bottom plate or the support bars of the at least one group of shelves.

Both ends of the support bar have a bending section for fitting with the two side plates of the frame, and the bending section of each support bar and the two side plates of the frame are respectively provided with corresponding screw holes and Screw piercing.

The bottom plate is provided with some positioning blocks for the fast positioning of the 2.5 hour hard drive.

A baffle is connected between the two side plates, and a plurality of cooling through holes are provided on the baffle and/or the bottom plate.

A baffle is connected between the two side plates, and a plurality of cooling through holes are arranged on the baffle, and at least one cooling fan is arranged on the baffle.

A hard disk carrying device, comprising: a frame with a bottom plate and two side plates, the bottom plate and the two side plates are constructed to correspond to the external dimensions of the installation space of the international standard 5.25 of the computer case frame , the boards of the two side plates are correspondingly provided with a number of screw holes for locking the overall frame and the computer case frame, and are provided with a number of hard disk assembly holes on the bottom plate for locking with the 2.5-hour hard disk drive; Two sets of shelves are sequentially arranged in the space above the bottom plate. Each set of shelves is composed of at least one support bar horizontally arranged between the two side plates. Each support bar is provided with a number of 2.5-hour hard drives. The hard disk assembly hole of the camera phase lock; six 2.5-inch hard disks, in a group of two, are respectively arranged on the bottom plate of the frame and the support bars of the two groups of shelves.

Wherein, there is a bending section at both ends of the support bar for bonding with the two side plates of the frame, and corresponding screw holes are respectively provided on the bending section of each support bar and the two side plates of the frame and screw holes.

The bottom plate is provided with some positioning blocks for the fast positioning of the 2.5 hour hard drive.

A baffle is connected between the two side plates, and a plurality of cooling through holes are provided on the baffle and/or the bottom plate.

The utility model has the beneficial effects of placing the 2.5 hour hard drive on the bottom plate of the frame or the support bars of each group of shelves, and using the hard disk assembly holes to lock the 2.5 hour hard drive on the frame, and then putting the frame into its In the device space corresponding to the computer case frame, the frame is locked on the computer case frame by screw holes, so as to achieve the purpose of fixing the 2.5-hour hard disk drive inside the computer case frame.

The bottom plate of the frame and the hard disk assembly holes on the support bars of each group of shelves can be arranged in a staggered manner, so that the heat sources of the 2.5-hour hard drives installed on the bottom plate or each shelf can be dispersed to avoid heat accumulation.

Description of drawings

Fig. 1 is the appearance perspective view of the hard disk carrying device of the present invention;

Fig. 2 is a structural perspective view of the frame and shelf of the first embodiment of the present invention;

Fig. 3 is a structural perspective view of the frame and shelf of the second embodiment of the present invention;

Fig. 4 is the 2.5 o'clock hard disk drive assembly schematic diagram of the present utility model;

Fig. 5 is a schematic side view of the use state of the hard disk carrying device of the present invention.

【Description of figure number】

10 frame 11 bottom plate

111 Hard disk assembly hole 112 Positioning bracket

12 side panels 121 screw holes

122 screw perforation 13 baffle

14 thermal vias 20 layers

21 Support bar 211 Hard disk assembly hole

212 bending section 213 screw hole

302.5 hours hard drive 40 cooling fans

Detailed ways

The hard disk carrying device of the present utility model mainly solves the problem that the casing frames (hereinafter collectively referred to as computer casing frames) of the existing commercially available computer mainframes only have 3.5 hours of international standard device space in different quantities, and 5.25 inches in quantity. There is no space configuration for directly accommodating a 2.5-inch hard disk drive, and the related design can directly accommodate a 2.5-inch hard disk drive, resulting in a 2.5-inch hard disk drive that was originally used for a notebook computer or as a portable storage device. , cannot be transferred to desktop personal computer mainframes, servers and other equipment usage restrictions through the built-in mode.

As shown in Fig. 1 and Fig. 2, the hard disk carrying device of the present invention includes: a frame 10, and at least one set of shelf 20; wherein:

The frame 10 is a mechanical structure for accommodating a 2.5-hour hard disk drive 20. It has a base plate 11 and two side plates 12, which are mainly constructed from the base plate 11 and the two side plates 12 to correspond to the frame of the computer case. International standard 5.25 external dimensions of the installation space; the boards of the two side plates 12 are correspondingly provided with some screw holes 121 for the overall frame 10 to be locked with the computer case frame (figure omitted); 11 is provided with some hard disk assembly holes 111 for locking with the hard disk drive 30 at 2.5 o'clock, and is provided with some positioning retainers 112 for the fast positioning of the hard disk drive 30 at 2.5 o'clock.

The at least one set of shelves 20 is relatively arranged in the space above the bottom plate 11, and each set of shelves 20 is formed by at least one support bar 21 horizontally arranged between the two side plates 12; each support bar 21 is provided with There are some hard disk assembly holes 211 for locking with the hard disk drive 30 at 2.5 o'clock.

In practice, the frame 10 can be connected with a baffle 13 between the two side plates 12 to increase the structural strength of the overall frame 10, and the baffle 13 and the bottom plate 11 are provided with a plurality of heat dissipation through holes 14 , and at least one heat dissipation fan 40 (as shown in FIG. 1 ) can be installed on the baffle plate 13 to increase the air circulation effect inside and outside the frame 10 and avoid heat accumulation inside the frame 10.

Also, the two ends of the support bars 21 of each group of shelves 20 have a bending section 212 for bonding with the two side plates 12 of the frame 10, so that the two ends of each support bar 21 and the side plates are formed by welding. 12; or, as shown in Figure 2 and Figure 3, corresponding screw holes 213 and screws are respectively provided on the bending section 212 of each support bar 21 and on the two side plates 12 of the frame 10 The perforation 122 enables the two ends of each support bar 21 to be engaged with the side panel 12 in a screw-locked manner, and allows consumers to determine the assembly quantity and assembly position of the support bars 21 by themselves.

Furthermore, the hard disk assembly holes 111, 211 on the bottom plate 11 of the frame 10 and the support bars 21 of each group of shelves 20 are preferably configured in a staggered manner, so that At 2.5 hours, the heat source of the hard drive can be dispersed to avoid heat accumulation. As for making the bottom plate 11 of the frame 10 and the hard disk assembly holes 111, 211 on the support bars 21 of each group of shelves 20 be in a staggered manner, the mounting positions of the support bars 21 of each group of shelves 20 can be set, or It is to set the position of the hard disk assembly hole 211 of each support bar 21; certainly, also can increase the width of each support bar 21, and increase the quantity of the hard disk assembly hole 211, for the consumer to decide 2.5 hour hard disk machine relatively Best assembly position.

As shown in Fig. 4 and Fig. 5, when the hard disk carrying device of the present invention is in use, the 2.5 o'clock hard disk drive 30 is placed on the bottom plate 11 of the frame 10 or on the support bars 21 of each group of shelf 20, and utilizes the hard disk assembly Holes 111, 211 lock the 2.5 hour hard drive 30 on the frame 10, then put the frame 10 into its corresponding device space (international standard 5.25 hour device space) with the computer casing frame, and utilize the screw hole 121 to The frame 10 is locked on the computer case frame to achieve the purpose of fixing the 2.5 o'clock hard drive 30 inside the computer case frame.

Accordingly, the consumer can transfer the 2.5-hour hard disk drive originally used for a notebook computer or as a portable storage device through the hard disk carrying device of the present utility model to a desktop personal computer mainframe, Servers and other equipment are used; certainly, the finished product of the hard disk carrying device of the present utility model can also be directly equipped with a 2.5-hour hard disk drive, and a plurality of 2.5-hour hard disk drives are installed, so that consumers can directly install it on Computer case frame use.

Taking the best embodiment shown in Fig. 4 as an example, the hard disk carrying device of the present utility model includes: a frame 10, two groups of shelves 20, and six 2.5 hour hard drives 30; wherein, two groups of shelves 20 are sequentially arranged above the bottom plate 11 of the frame 10, and the six 2.5mm hard drives 30 are arranged in groups of two on the bottom plate 11 of the frame 10 and the support bars of the two sets of shelves 20 respectively. 21, making use of the international standard 5.25 when using the computer case frame to install six hard disks.

Claims (10)

1. a hard disk bearing device is characterized in that, includes:

One framework, have a base plate and two side plates, the external dimensions specification in device space when being construed as the international standard 5.25 that corresponds to the computer housing frame by this base plate and this two side plates, correspondingly on the plate body of these two side plates be provided with somely, and on this base plate, be provided with the hard disk pilot hole that some confessions and 2.5 o'clock Winchester disk drive lock mutually for general frames and the computer housing frame screw that locks mutually;

At least one group of layer frame is located at the place, space of this base plate top relatively, and each group layer frame is made of at least one support bar that crosses between these two side plates, and each support bar is provided with the hard disk pilot hole that some confessions and 2.5 o'clock Winchester disk drive lock mutually.

2. hard disk bearing device as claimed in claim 1 is characterized in that, further is provided with at least one 2.5 o'clock hard disks, and this 2.5 o'clock Hard-disk Lock are fixed on the support bar of this base plate or this at least one group of layer frame.

3. hard disk bearing device as claimed in claim 1, it is characterized in that, the support bar two ends have one for the bending section that fits with two side plates of this framework, are respectively equipped with corresponding screw and screw perforation on the bending section of each support bar and on two side plates of this framework.

4. hard disk bearing device as claimed in claim 1 is characterized in that, the Winchester disk drive locating stop piece of location fast when this base plate is provided with some confessions 2.5.

5. hard disk bearing device as claimed in claim 1 is characterized in that, is connected with a baffle plate between these two side plates, and this baffle plate and/or this base plate are provided with some heat radiation through holes.

6. hard disk bearing device as claimed in claim 1 is characterized in that, is connected with a baffle plate between these two side plates, and this baffle plate is provided with some heat radiation through holes, and is provided with at least one radiator fan on this baffle plate.

7. a hard disk bearing device is characterized in that, includes:

One framework, have a base plate and two side plates, the external dimensions specification in device space when being construed as the international standard 5.25 that corresponds to the computer housing frame by this base plate and this two side plates, correspondingly on the plate body of these two side plates be provided with some screws that lock mutually for general frames and computer housing frame, and on this base plate, be provided with some hard disk pilot holes confessions and lock mutually with 2.5 o'clock Winchester disk drive;

Two groups of layer framves are located at the place, space of this base plate top in regular turn, and each group layer frame is made of at least one support bar that crosses between these two side plates, and each support bar is provided with the hard disk pilot hole that some confessions and 2.5 o'clock Winchester disk drive lock mutually;

Six 2.5 o'clock hard disks, with two be one group mode, be located at the base plate of this framework respectively, and on the support bar of these two groups of layer framves.

8. hard disk bearing device as claimed in claim 7, it is characterized in that, the support bar two ends have a bending section and fit for two side plates with this framework, are respectively equipped with corresponding screw and screw perforation on the bending section of each support bar and on two side plates of this framework.

9. hard disk bearing device as claimed in claim 7 is characterized in that, the Winchester disk drive locating stop piece of location fast when this base plate is provided with some confessions 2.5.

10. hard disk bearing device as claimed in claim 7 is characterized in that, is connected with a baffle plate between these two side plates, and this baffle plate and/or this base plate are provided with some heat radiation through holes.

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