CN2627792Y

CN2627792Y - Storage facility fixing device

Info

Publication number: CN2627792Y
Application number: CN 03262349
Authority: CN
Inventors: 利兆康
Original assignee: AOpen Inc
Current assignee: AOpen Inc
Priority date: 2003-06-05
Filing date: 2003-06-05
Publication date: 2004-07-21
Anticipated expiration: 2013-06-05

Abstract

The utility model provides a storage equipment fixing device for fixing storage equipment. A plurality of first holes are disposed on the storage equipment. The storage equipment fixing device comprises a supporting stand provided with a plurality of second holes and at least a second trip; a fixing seat provided with a plurality of protruding portions, wherein each protruding portion is disposed at the position corresponding to the second hole and used for passing through each second hole and inserting into each first hole; a sliding portion provided with at least a first trip corresponding to the second trip, wherein the sliding portion is disposed at a first position and a second position, when the sliding portion is disposed at the first position, the first trip is separated from the second trip; when the sliding portion is disposed at the second position, the first trip is buckled with the second trip.

Description

The memory device fixture

Technical field

The utility model relates to a kind of memory device fixture, particularly relates to a kind of screw that can not use and one memory device can be fixed in memory device fixture in the casing.

Background technology

Along with the progress of semiconductor fabrication, computer has become a part indispensable in modern's daily life in recent years.And be accompanied by the development that computer application becomes more diverse, various as computer equipments such as personal computer and server computers in the assembling technique for fixing of employed memory device also become one of industry and emphasis that the consumer was concerned about.In the middle of computer application, common memory device includes floppy disk, hard disk drive, CD drive, DVD drive and various CD writer etc., above-mentioned various memory devices usually together with motherboard, central processing unit, power supply unit, and other computer parts such as various interface arrangement be arranged in the computer housing.For optimized utilization is done in the space in this casing, this each memory device is made as unified size (for example 5.25 inches or 3.5 inches etc.) in the prior art, and uses pair of supporting that these memory devices are fixed in this casing in overlapped mode.

See also Fig. 1, show the schematic diagram of the memory device fixture 10 of prior art among Fig. 1.Memory device fixture 10 is used for a memory device 20 is fixed in the casing (not being shown among the figure one), memory device 20 includes a plurality of first holes 22 (each side shows two first holes 22 in Fig. 1) respectively in order to cooperate memory device fixture 10 to reach fixing purpose in the left and right sides.Since memory device fixture 10 in the left side of memory device 20 and the execution mode on right side identical, be example only in the following description therefore with a side wherein.

Memory device fixture 10 includes a bracing frame 12, be arranged in this casing, be used for supporting memory device 20, bracing frame 12 is provided with a plurality of second holes 14 (showing two second holes 14 corresponding to each memory device 20 in Fig. 1), the position of second hole 14 is corresponding to first hole 22, bracing frame 12 also includes at least one supporting part 16 (showing two supporting parts 16 corresponding to each memory device 20 in Fig. 1), be arranged at the side of bracing frame 12, be used for carrying memory device 20 towards memory device 20.Please note, if 2 second holes 14 and two supporting parts 16 that correspond to memory device 20 on the bracing frame 12 are considered as one group, then on bracing frame 12, can include many group second holes 14 and supporting part 16 (in Fig. 1, showing three groups) usually to be used for fixing a plurality of memory devices 20.Memory device fixture 10 also includes a plurality of screws 18, after memory device 20 is placed on position suitable on the bracing frame 12, screw 18 is used for passing second hole 14 to insert first hole 22 and to lock first hole 22, by above-mentioned Assembly Action, memory device 20 can be fixed on the bracing frame 12, and reach memory device 20 is fixed in purpose in this casing.

Memory device fixture 10 of the prior art utilizes a plurality of screws 18 that memory device 20 is locked on bracing frame 12, so that memory device 20 is fixed in this casing.Yet generally speaking be generally the part of renewable replacement owing to memory device 20 in the middle of computer; therefore during the user regular meeting according to user demand frequent dismounting memory device 20; very big inconvenience on the method for using screw 18 to assemble memory device 20 in the prior art this moment has promptly caused and used; this is because the bigger screwdriver of use volume of dismounting screw 18 carries out; but in general the free space in the middle of the computer housing is quite limited, thereby is unfavorable for the action of dismounting.

The utility model content

Main purpose of the present utility model is to provide a kind of screw that can not use one memory device can be fixed in memory device fixture in the casing, to solve above-mentioned existing problem.

The purpose of this utility model is to realize like this, a kind of memory device fixture promptly is provided, be used for a memory device is fixed in the casing, this memory device is provided with a plurality of first holes, this memory device fixture includes: a bracing frame, be arranged in this casing, be used for supporting this memory device, this bracing frame is provided with a plurality of second holes and at least one second trip, position that should each second hole is corresponding to this each first hole, and this second trip is arranged on this bracing frame not the side towards this memory device; One holder, be arranged at removably on this bracing frame, be used for this memory device is fixed on this bracing frame, this holder is provided with a plurality of juts, this each jut is arranged on this holder towards a side of this bracing frame position corresponding to these second holes, and being used for passing this each second hole should each first hole to insert; And a sliding part, slidably be arranged on this holder, be used for this holder is fixed on this bracing frame, this sliding part is provided with at least one first trip, corresponding to this second trip; Wherein this sliding part can be positioned at one first location and one second location with respect to this holder, when this sliding position in this first when location, this first trip can separate with this second trip, when this sliding position in this second when location, this first trip can engage so that this holder is fixed on this bracing frame mutually with this second trip.

The utility model also provides a kind of memory device fixture, be used for a memory device is fixed in the casing, this memory device includes two side faces, each side is provided with a plurality of first holes, this memory device fixture includes: one first bracing frame, be arranged in this casing, be used for supporting a side of this memory device, include at least one first supporting part and a plurality of first shell fragment on this first bracing frame, this first supporting part is arranged at the side of this first bracing frame towards this memory device, be used for carrying this memory device, each first shell fragment is provided with one first jut, respectively first jut is arranged at first hole location corresponding to this memory device one side, is used for inserting these first holes; One second bracing frame, be arranged in this casing, be used for supporting the opposite side of this memory device, this second bracing frame is provided with a plurality of second holes and at least one second trip, position that should each second hole is corresponding to first hole of the another side of this memory device, and this second trip is arranged on this second bracing frame not the side towards this memory device; One holder, be arranged at removably on this second bracing frame, be used for this memory device is fixed on this second bracing frame, this holder is provided with a plurality of second juts, should each second jut be arranged on this holder towards a side of this second bracing frame position corresponding to this each second hole, be used for passing should each second hole to insert respectively first hole; And a sliding part, slidably be arranged on this holder, be used for this holder is fixed on this second bracing frame, this sliding part is provided with at least one first trip, corresponding to this second trip; Wherein this sliding part can be positioned at one first location and one second location with respect to this holder, when this sliding position this first trip in this first when location can separate with this second trip, when this sliding position this first trip during in this second location can engage so that this holder is fixed on this second bracing frame mutually with this second trip.

The utility model is to utilize the combination of a holder and a sliding part that one memory device is fixed on the bracing frame, replace the method for utilizing this memory device of screw fixings in the prior art, have one first relative location and one second location between this holder and this sliding part and distinguish the action of dismounting and assembling, because the utility model must not use the bigger screwdriver of volume to come this memory device of dismounting like prior art, and only this holder and this sliding part are imposed simple and clear and definite operation, this memory device can be assembled on this bracing frame or certainly and disassemble on this bracing frame, thereby simplified the action of dismounting memory device, and efficient and convenience have been increased.

Description of drawings

Fig. 1 is the schematic diagram of the memory device fixture of prior art;

Fig. 2 is the schematic diagram of memory device fixture of the present utility model;

Fig. 3 is holder and the unassembled preceding front schematic view of sliding part among Fig. 2;

Fig. 4 is holder and the unassembled preceding schematic rear view of sliding part among Fig. 2;

Fig. 5 is positioned at the front schematic view of first location after assembling for holder among Fig. 2 and sliding part;

Fig. 6 is positioned at the schematic rear view of first location after assembling for holder among Fig. 2 and sliding part;

Fig. 7 is positioned at the front schematic view of second location after assembling for holder among Fig. 2 and sliding part;

Fig. 8 is positioned at the schematic rear view of second location after assembling for holder among Fig. 2 and sliding part;

Partial schematic diagram when Fig. 9 is first trip and the separation of second trip;

Figure 10 is first trip and second trip partial schematic diagram when engaging mutually;

Figure 11 is the schematic diagram of another memory device fixture of the present utility model.

Embodiment

See also Fig. 2, show the schematic diagram of memory device fixture 30 of the present utility model among Fig. 2.Memory device fixture 30 is used for a memory device 80 is fixed in the casing (not being shown among Fig. 2), memory device 80 is identical with the memory device 30 of prior art, in order to cooperate memory device fixture 30, include a plurality of first holes 82 (each side shows two first holes 82 in Fig. 2) respectively in the left and right sides to reach fixing purpose.Since memory device fixture 30 in the left side of memory device 80 and the execution mode on right side identical, be example only in the following description therefore with a side wherein.

Be among Fig. 2, memory device fixture 30 includes a bracing frame 32, be arranged in this casing, it is same as the prior art that bracing frame 32 is arranged at the interior method of this casing herein, for example utilizing screw that bracing frame 32 is locked in this casing (please notes on the corresponding screw hole, distance between the bracing frame 32 of memory device 80 left and right sides is identical in fact with the width of memory device 80), be used for supporting memory device 80, bracing frame 32 is provided with a plurality of second holes 34 and at least one second trip 38 (showing two second holes 34 and two second trips 38 corresponding to each memory device 80 in Fig. 2), the position of second hole 34 is arranged on the bracing frame 32 not a side towards memory device 80 corresponding to first hole, 82, the second trips 38; One holder 40, be arranged on removably on the bracing frame 32, be used for memory device 80 is fixed on the bracing frame 32, holder 40 is provided with a plurality of juts 42 (not being presented among Fig. 2), jut 42 is arranged on the holder 40 towards a side of bracing frame 32 position corresponding to second hole 34, is used for passing second hole 34 to insert first hole 82; An and sliding part 60, slidably be arranged on the holder 40, be used for holder 40 is fixed on the bracing frame 32, it (is two first trips 62 in the present embodiment that sliding part 60 is provided with at least one first trip 62, be not shown among Fig. 2), corresponding to second trip 38; Wherein sliding part 60 can be positioned at one first location and one second location with respect to holder 40, when sliding part 60 is positioned at this first location, first trip 62 can separate with second trip 38, when sliding part 60 was positioned at this second location, first trip 62 can engage so that holder 40 is fixed on the bracing frame 32 mutually with second trip 38.

Please note, bracing frame 32 also can be as the bracing frame 12 of prior art, other includes at least one supporting part 36 (showing two supporting parts 36 corresponding to each memory device 80 in Fig. 2), is arranged at the side of bracing frame 32 towards memory device 80, is used for carrying memory device 80.If 2 second holes 34 and two supporting parts 36 that correspond to memory device 80 on the bracing frame 32 are considered as one group, then on bracing frame 32, can include many group second holes 34 and supporting part 36 (in Fig. 2, showing three groups) usually to be used for fixing a plurality of memory devices 80.

See also Fig. 3 and Fig. 4, the holder 40 of displayed map 2 and sliding part 60 front schematic view before unassembled among Fig. 3, and the holder 40 of displayed map 2 and sliding part 60 schematic rear views before unassembled among Fig. 4.As previously described, holder 40 is provided with a plurality of juts 42, and as shown in Figure 4, jut 42 is arranged on the holder 40 towards a side of bracing frame 32 position corresponding to second hole 34, is used for passing second hole 34 to insert first hole 82.Then be provided with on the sliding part 60 at least one first trip 62 (be two first trips 62 in the present embodiment, lay respectively at the both sides up and down of sliding part 60, as shown in Figure 4), corresponding to second trip 38.

In the present embodiment, needs according to practical application, can be provided with a plurality of assembling location holes 39 (both sides up and down of each second hole 34 respectively are provided with an assembling location hole 39 respectively in Fig. 2) on the bracing frame 32 in addition, be provided with a plurality of assembling locator protrusionss 44 on the holder 40 in addition, as shown in Figure 4, the position of assembling locator protrusions 44 is corresponding to assembling location hole 39, the user is used for when holder 40 is arranged on the bracing frame 32, producing the function of location, so that can be placed on position correct on the bracing frame 32 with holder 40 easily.In addition, (sliding part 60 has two first tracks 64 in the present embodiment also can to include at least one first track 64 on the sliding part 60 in addition, lay respectively at both sides up and down), include at least one second track 46 (also having two second tracks 46 in the present embodiment) on the holder 40 in addition, the position of second track 46 is corresponding to first track 64, the slip that sliding part 60 carries out with respect to holder 40 along first track 64 and second track 46 is to be displaced between this first location and this second location.

As shown in Figures 3 and 4, in the present embodiment, also can include a shell fragment 48 in addition on the holder 40, shell fragment 48 is provided with a slip locator protrusions 50, then be provided with one first slip location hole 66 and one second slip location hole 68 on the sliding part 60 in addition, when sliding part 60 is positioned at this first location, the position of the first slip location hole 66 is corresponding to slip locator protrusions 50, make slip locator protrusions 50 can when sliding part 60 arrives this first location, embed the first slip location hole 66, determine the position of this first location for the user, and when sliding part 60 is positioned at this second location, the position of the second slip location hole 68 is corresponding to slip locator protrusions 50, make slip locator protrusions 50 when sliding part 60 arrives this second location, to embed the second slip location hole 68, determine the position of this second location for the user.

And for example shown in Figure 3, in the present embodiment, sliding part 60 includes one first shoe 70 in addition, is arranged at an end of sliding part 60, includes one second shoe 52 on the holder 40 in addition.When sliding part 60 will be assembled on the holder 40, correct mounting direction is with headed by the end (end that promptly has the first slip location hole 66 and the second slip location hole 68 in Fig. 3) that does not have first shoe 70 in the sliding part 60, utilizes the guiding of first track 64 and second track 46 that sliding part 60 is taken advantage of a situation and slips on the holder 40.Yet if the incorrect words of mounting direction, holder 40 and sliding part 60 can't normally be brought into play due fixed function, therefore in the present embodiment, the thickness of first shoe 70 and second shoe 52 is done suitable design, with when the mounting direction mistake, stop the slip of sliding part 60 with respect to holder 40.Thus, promptly avoided the mounting direction mistake.

In addition, and for example shown in Figure 3, in the present embodiment, holder 40 also includes one first limited slip block 54 and one second limited slip block 56 in addition, be arranged at two ends of holder 40 respectively, be used for when sliding part 60 slides, preventing that sliding part 60 breaks away from holder 40 between this first location and this second location.That is to say, general user is in the assembling that utilizes holder 40 and sliding part 60 to carry out storage device 80 fixedly the time, do not need sliding part 60 is separated with holder 40, then the design of first limited slip block 54 and second limited slip block 56 can be avoided holder 40 and sliding part 60 to break away from this first location and this second location easily and cause user's inconvenience.And in the present embodiment, first limited slip block 54 has an inclined-plane, and this inclined-plane is towards the outside, is beneficial to sliding part 60 is assembled in action on the holder 40.

Next will describe in detail and utilize memory device fixture 30 that memory device 80 is fixed in operating principle in this casing, see also Fig. 2, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9 and Figure 10, the holder 40 of displayed map 2 and sliding part 60 are positioned at the front schematic view of this first location among Fig. 5 after assembling, the holder 40 of displayed map 2 and sliding part 60 are positioned at the schematic rear view of this first location among Fig. 6 after assembling, the holder 40 of displayed map 2 and sliding part 60 are positioned at the front schematic view of this second location among Fig. 7 after assembling, the holder 40 of displayed map 2 and sliding part 60 are positioned at the schematic rear view of this second location among Fig. 8 after assembling, show the partial schematic diagram when first trip 62 and second trip 38 separate among Fig. 9, then show the partial schematic diagram when first trip 62 and second trip 38 engage mutually among Figure 10.

In Fig. 2, in the time will being fixed on memory device 80 on the bracing frame 32, at first memory device 80 be placed on position suitable on the bracing frame 32, even the hole 82 of winning aligns with second hole 34.Next will assemble the back and be positioned at this first holder 40 and sliding part 60 of locating and be placed on position suitable on the bracing frame 32, so that jut 42 passes second hole 34 and inserts first hole 82, like this then memory device 80 can be fixed on the bracing frame 32 owing to the action of jut 42, and holder 40 and sliding part 60 configuration when being placed on appropriate location on the bracing frame 32, shown in holder among Fig. 2 41 and sliding part 61.Please note, as Fig. 5 and shown in Figure 6, owing to being positioned at this first location with respect to holder 40, sliding part 60 (please notes this moment, slip locator protrusions 50 on the holder 40 can embed the first slip location hole 66 on the sliding parts 60 at this moment), then when holder 40 and sliding part 60 are placed on the bracing frame 32, first trip 62 on the sliding part 60 and second trip 38 on the bracing frame 32 can be in the state that is separated from each other, as shown in Figure 9.

Next then sliding part 60 is slid into this second location with respect to the position of holder 40 from this first location, as shown in Figures 7 and 8, because when sliding part 60 slides into this second when locating from this first location, slip locator protrusions 50 on the holder 40 can embed the second slip location hole 68 on the sliding part 60, and first trip 62 on the sliding part 60 can from bracing frame 32 on second trip 38 be in the states that the state that is separated from each other enters and second trip 38 engages mutually, as shown in figure 10.Thus, by first trip 62 and the actions of engaging mutually of second trip 38, sliding part 60 and holder 40 can be fixed on the bracing frame 32 and then finish and utilize memory device fixture 30 that memory device 80 is fixed in purpose in this casing.

And in Fig. 2, when disassembling on will be with memory device 80 self-supporting framves 32, then according to the fixing opposite order of action of above-mentioned assembling, at first sliding part 60 is slid into this first location with respect to the position of holder 40 from this second location, so that first trip 62 on the sliding part 60 can from bracing frame 32 on the states that engage mutually of second trip 38 enter the state that is separated from each other with second trip 38, next will take off on holder 40 and the sliding part 60 self-supporting framves 32 again, so that jut 42 is extracted out in first hole 82 and second hole 34, at last again with taking off on the memory device 80 self-supporting framves 80, to finish the action of dismounting.

When utilizing memory device fixture 30 of the present utility model to be fixed in memory device 80 in this casing, except all using the embodiment of aforesaid memory device fixture 30 in the left and right sides of memory device 80, also can be only therein a side use memory device fixture 30, and opposite side use other design with cooperate.See also Figure 11, show among Figure 11 another memory device fixture 30 of the present utility model ' schematic diagram.In Figure 11,, do not show as the memory device among Fig. 2 80, yet the position of memory device is with identical shown in Fig. 2 for the configuration of clear this memory device fixture of expression.Memory device fixture shown in Figure 11 is at the wherein side of this memory device is used as above-mentioned memory device fixture 30 is identical second bracing frame 84, holder (not being shown among Figure 11) and sliding part (also not being shown among Figure 11), and this second bracing frame 84 also can include at least one second supporting part 98 according to the needs on implementing, be arranged at the side of second bracing frame 84 towards this memory device, be used for carrying this memory device, on this holder then as described above operated by rotary motion have a plurality of second juts (identical with the jut 42 among Fig. 4, be not shown among Figure 11), should each second jut be arranged on this holder towards a side of second bracing frame 84 position, be used for passing respectively second hole to insert these first holes (not being presented among Figure 11) corresponding to this each second hole.Because its configuration and operating principle are identical with above-mentioned memory device fixture 30, so not in this repeat specification.

Yet the opposite side at this memory device in the memory device fixture shown in Figure 11 then uses one first bracing frame 90, first bracing frame 90 is arranged in this casing, be used for supporting a side of this memory device, include at least one first supporting part 96 and a plurality of first shell fragment 92 (in Figure 11, showing two first supporting parts 96 and two first shell fragments 92) on first bracing frame 90, first supporting part 96 is arranged at the side of first bracing frame 90 towards this memory device, be used for carrying this memory device, each first shell fragment 92 is provided with one first jut 94, first jut 94 is arranged at the position corresponding to first hole of a side of this memory device, is used for flexibly inserting these first holes.Under above-mentioned configuration, utilize the action of second bracing frame 84, this holder and this sliding part of first bracing frame 90 of this memory device one side and opposite side, can successfully this memory device be fixed in this casing.

With utilize screw in the prior art method that memory device is fixed in the casing compared, memory device fixture of the present utility model utilizes the combination of a holder and a sliding part that one memory device is fixed on the bracing frame, locate the action of distinguishing dismounting and assembling and have relative one first location and one second between this holder and this sliding part, because the utility model must not use the bigger screwdriver of volume to come this memory device of dismounting like prior art, and only this holder and this sliding part are imposed simple and clear and definite operation, this memory device can be assembled on this bracing frame or certainly and disassemble on this bracing frame, thereby simplified the action of dismounting memory device, and efficient and convenience have been increased.

Claims

1. memory device fixture, be used for a memory device is fixed in the casing, this memory device is provided with a plurality of first holes, it is characterized in that this memory device fixture includes: a bracing frame is arranged in this casing, be used for supporting this memory device, this bracing frame is provided with a plurality of second holes and at least one second trip, and position that should each second hole is corresponding to this each first hole, and this second trip is arranged on this bracing frame not the side towards this memory device; One holder, be arranged at removably on this bracing frame, be used for this memory device is fixed on this bracing frame, this holder is provided with a plurality of juts, this each jut is arranged on this holder towards a side of this bracing frame position corresponding to these second holes, and being used for passing this each second hole should each first hole to insert; And a sliding part, slidably be arranged on this holder, be used for this holder is fixed on this bracing frame, this sliding part is provided with at least one first trip, corresponding to this second trip; Wherein this sliding part can be positioned at one first location and one second location with respect to this holder, when this sliding position in this first when location, this first trip can separate with this second trip, when this sliding position in this second when location, this first trip can engage so that this holder is fixed on this bracing frame mutually with this second trip.

2. memory device fixture as claimed in claim 1 is characterized in that this bracing frame includes at least one supporting part in addition, is arranged at the side of this bracing frame towards this memory device, is used for carrying this memory device.

3. memory device fixture as claimed in claim 1, it is characterized in that, be provided with a plurality of assembling location holes on this bracing frame in addition, be provided with a plurality of assembling locator protrusionss on this holder in addition, location hole is respectively assembled corresponding to this in this position of respectively assembling locator protrusions, is used for producing when this holder is arranged on this bracing frame the function of location.

4. memory device fixture as claimed in claim 1, it is characterized in that, include at least one first track on this sliding part in addition, include at least one second track on this holder in addition, the position of this second track is corresponding to this first track, this sliding part carries out slip with respect to this holder along this first track and this second track, to be displaced between this first location and this second location.

5. memory device fixture as claimed in claim 1, it is characterized in that, include a shell fragment on this holder in addition, this shell fragment is provided with a slip locator protrusions, be provided with one first slip location hole and one second slip location hole on this sliding part in addition, when this sliding position in this first slip position of positioning hole in this first when location corresponding to this locator protrusions that slides, when this sliding position this second slip position of positioning hole during in this second location corresponding to this locator protrusions that slides.

6. memory device fixture as claimed in claim 1, it is characterized in that, this sliding part includes one first shoe in addition, be arranged at an end of this sliding part, include one second shoe on this holder in addition, this first shoe when this sliding part is desired to be assembled on this holder and this second shoe are the state that stops this sliding part to slide with respect to this holder.

7. memory device fixture as claimed in claim 1, it is characterized in that, this holder is provided with one first limited slip block and one second limited slip block in addition, be arranged at two ends of this holder respectively, be used for when this sliding part slides, preventing that this sliding part breaks away from this holder between this first location and this second location.

8. memory device fixture as claimed in claim 7 is characterized in that, this first limited slip block has one and is beneficial to this sliding part is assembled on this holder.

9. memory device fixture, be used for a memory device is fixed in the casing, this memory device includes two side faces, each side is provided with a plurality of first holes, it is characterized in that, this memory device fixture includes: one first bracing frame, be arranged in this casing, be used for supporting a side of this memory device, include at least one first supporting part and a plurality of first shell fragment on this first bracing frame, this first supporting part is arranged at the side of this first bracing frame towards this memory device, be used for carrying this memory device, each first shell fragment is provided with one first jut, and respectively first jut is arranged at first hole location corresponding to this memory device one side, is used for inserting these first holes; One second bracing frame, be arranged in this casing, be used for supporting the opposite side of this memory device, this second bracing frame is provided with a plurality of second holes and at least one second trip, position that should each second hole is corresponding to first hole of the another side of this memory device, and this second trip is arranged on this second bracing frame not the side towards this memory device; One holder, be arranged at removably on this second bracing frame, be used for this memory device is fixed on this second bracing frame, this holder is provided with a plurality of second juts, should each second jut be arranged on this holder towards a side of this second bracing frame position corresponding to this each second hole, be used for passing should each second hole to insert respectively first hole; And a sliding part, slidably be arranged on this holder, be used for this holder is fixed on this second bracing frame, this sliding part is provided with at least one first trip, corresponding to this second trip; Wherein this sliding part can be positioned at one first location and one second location with respect to this holder, when this sliding position this first trip in this first when location can separate with this second trip, when this sliding position this first trip during in this second location can engage so that this holder is fixed on this second bracing frame mutually with this second trip.

10. memory device fixture as claimed in claim 9 is characterized in that, this second bracing frame includes at least one second supporting part in addition, is arranged at the side of this second bracing frame towards this memory device, is used for carrying this memory device.

11. memory device fixture as claimed in claim 9, it is characterized in that, be provided with a plurality of assembling location holes on this second bracing frame in addition, be provided with a plurality of assembling locator protrusionss on this holder in addition, location hole is respectively assembled corresponding to this in this position of respectively assembling locator protrusions, is used for producing when this holder is arranged on this second bracing frame the function of location.

12. memory device fixture as claimed in claim 9, it is characterized in that, be provided with at least one first track on this sliding part in addition, be provided with at least one second track on this holder in addition, the position of this second track is corresponding to this first track, this sliding part is along the slip with respect to this holder of this first track and this second track, to move between this first location and this second location.

13. memory device fixture as claimed in claim 9, it is characterized in that, include a shell fragment on this holder in addition, this shell fragment is provided with a slip locator protrusions, be provided with one first slip location hole and one second slip location hole on this sliding part in addition, when this sliding position in this first slip position of positioning hole in this first when location corresponding to this locator protrusions that slides, when the position of this second slip location hole of this sliding position during in this second location corresponding to this locator protrusions that slides.

14. memory device fixture as claimed in claim 9, it is characterized in that, this sliding part includes one first shoe in addition, be arranged at an end of this sliding part, include one second shoe on this holder in addition, this first shoe when this sliding part will be assembled on this holder and this second shoe are this sliding part of prevention with respect to this holder sliding mode.

15. memory device fixture as claimed in claim 9, it is characterized in that, this holder includes one first limited slip block and one second limited slip block in addition, be arranged at two ends of this holder respectively, be used for when this sliding part slides, preventing that this sliding part breaks away from this holder between this first location and this second location.

16. memory device fixture as claimed in claim 15 is characterized in that, this first limited slip block has one and is beneficial to this sliding part is assembled in inclined-plane on this holder.