CN2864791Y

CN2864791Y - Fixing module mechanism and its module frame for hard-disk machine

Info

Publication number: CN2864791Y
Application number: CN 200520122377
Authority: CN
Inventors: 黄雅琪
Original assignee: Lite On Technology Corp
Current assignee: Lite On Technology Corp
Priority date: 2005-11-16
Filing date: 2005-11-16
Publication date: 2007-01-31
Anticipated expiration: 2015-11-16

Abstract

The utility model discloses a hard disk machine fixing modular construction and its modular framework, a simplified traditional lock, the step and time of removing the hard disk machine. The hard disk machine fixing modular construction makes use of the two side craters of the hard disk machine, which comprises a container casing and a modular construction. The container casing is provided with a bottom board and a side board; the modular construction is provided with a base on the bottom board, a lock firmware and a fixable element between the base and the lock firmware. The lock firmware is provided with a floor assembling on the base, which can glide, a floor fixed on the side board of the container casing. The base is provided with a fixed jamb wall facing the jamb wall of the lock firmware, the fixed jamb wall and the jamb wall of the lock firmware is provided with a plurality of fixed pin, the fixed pin is provided inside the crater of the hard disk machine.

Description

Winchester disk drive stuck-module mechanism and module frame thereof

Technical field

The utility model relates to a kind of Winchester disk drive stuck-module mechanism and module frame thereof, in the host shell of computing machine, particularly relates to a kind of Winchester disk drive stuck-module mechanism and module frame thereof that does not need instrument and screw in order to the Fixed disk machine.

Background technology

The mode of prior art Fixed disk machine for guaranteeing precision and turn round fast that Winchester disk drive firmly is fixed in the host shell of computing machine, normally is locked on the Winchester disk drive framework in the host shell by screw.Yet be subject to host shell, the withdrawal space of Winchester disk drive both sides is narrow and small, dismounting inconvenience.

Prior art not only needs to increase the step of locking screw in operation, and needs turnscrew.Especially time efficiency more and more is particular about in maintenance service, and this kind mode causes and expends time in operation and make us feeling trouble.In addition, screw is lost easily, and if screw drop on motherboard and do not find, when computer booting, will cause the motherboard short circuit, thereby cause great loss.

So as from the foregoing, the fixed mechanism of above-mentioned existing Winchester disk drive on reality is used, obviously has inconvenience and exists with disappearance, and can treat in addition improver.

Edge is, the improving of the above-mentioned disappearance of the utility model people thoughts is that the spy concentrates on studies and cooperates the utilization of scientific principle, proposes a kind of reasonable in design and effectively improve the utility model of above-mentioned disappearance finally.

The utility model content

The purpose of this utility model is to provide a kind of Winchester disk drive stuck-module mechanism, step and time that it is simplified locking and removes Winchester disk drive, and avoid screw to drop in motherboard, to improve security.

Another side, the utility model provide a kind of module frame that is used for Winchester disk drive stuck-module mechanism, and the structure that it has modular design can be considered single element with processing in advance, and can be applicable to other type.

The purpose of this utility model is achieved in that promptly provides a kind of Winchester disk drive stuck-module mechanism, and in order to the Fixed disk machine, the both sides of this Winchester disk drive respectively are formed with a plurality of shrinkage pools, comprises a ccontaining housing, an and module frame.This ccontaining housing has a base plate, reaches a side plate by this base plate one lateral buckling; This module frame has that a pedestal is positioned on this base plate, a locking part, and a flexible member be located between this pedestal and this locking part, this locking part has a diapire and is assembled on this pedestal slidably, reaches sidewall system by this side plate that extends and be positioned this ccontaining housing on the side direction of this diapire, it is relative with this sidewall of this locking part that this pedestal has a fixed sidewall, this sidewall of this fixed sidewall and this locking part respectively is provided with a plurality of fixed pins, and this fixed pin is inserted in this shrinkage pool of this Winchester disk drive.

The utility model provides a kind of module frame that is used for Winchester disk drive stuck-module mechanism, and this module frame comprises a pedestal, a locking part and a flexible member.This pedestal is to be made by sheet metal, and this pedestal has a fixed sidewall and is formed with a plurality of fixed pins; This locking part has a diapire and is assembled on this pedestal slidably, reaches a sidewall by projection and relative with this fixed sidewall of this pedestal on the side direction of this diapire, and this sidewall is formed with a plurality of fixed pins; This flexible member is located between this diapire of this pedestal and this locking part.

Now cooperate graphic preferred embodiment of the present utility model to be described in detail as follows, but these explanations only are used for illustrating the utility model, but not interest field of the present utility model is done any restriction.

Description of drawings

Fig. 1 is the three-dimensional combination figure of Winchester disk drive stuck-module of the present utility model mechanism;

Fig. 2 is the combination synoptic diagram of Winchester disk drive stuck-module of the present utility model mechanism;

Fig. 3 is the three-dimensional exploded view of looking up of module frame in the utility model;

Fig. 4 is another three-dimensional exploded view of looking up of module frame in the utility model;

Fig. 5 is the three-dimensional exploded view of overlooking of module frame in the utility model;

Fig. 6 is the three-dimensional combination figure of module frame in the utility model;

Fig. 7 is the three-dimensional combination figure of Winchester disk drive stuck-module of the present utility model mechanism.

Embodiment

See also Fig. 1 and Fig. 2, it is the three-dimensional combination figure and the combination synoptic diagram of Winchester disk drive stuck-module of the present utility model mechanism.It is in order to Fixed disk machine 3 that the utility model provides a kind of Winchester disk drive stuck-module mechanism, and the both sides of this Winchester disk drive 3 respectively are formed with a plurality of shrinkage pools 32 (preferably can utilize original screw as shrinkage pool for gripping).This Winchester disk drive stuck-module mechanism includes a module frame 1 and a ccontaining housing 2, and this module frame 1 is combined on this ccontaining housing 2 in order to this Winchester disk drive 3 of clamping and in the mode of quick detach.This ccontaining housing 2 is the drain pan of a main frame housing in this embodiment, and have a base plate 22, and side plate 24 be by bending on these base plate 22 1 side direction.

See also Fig. 2, it is the three-dimensional exploded view of Winchester disk drive stuck-module of the present utility model mechanism.For fixing this module frame 1 on this ccontaining housing 2, this base plate 22 of this ccontaining housing 2 protrudes a plurality of spacers 221,225 in the present embodiment, this side plate 24 of this ccontaining housing 2 protrudes a plurality of spacers 242,244,246, is located side of this module frame 1 and bottom thus in this ccontaining housing 2.In addition, it is relative with this side plate 24 that this base plate 22 of this ccontaining housing 2 protrudes a snap-latch piece 26, so makes a side of this module frame 1 be sticked in this snap-latch piece 26.

This base plate 22 further is provided with the mounting direction (ginseng Fig. 2) of Warning Mark 223 to indicate this Winchester disk drive 3 of a hommization in the present embodiment.

See also Fig. 3 to Fig. 5, it is the three-dimensional exploded view of module frame different angles in the utility model.This module frame 1 have a pedestal 12, a locking part 16, and a flexible member 17 be located between this pedestal 12 and this locking part 16.This locking part 16 can flexibly outwards be drawn back by this pedestal 12, thus with this Winchester disk drive 3 of clamping between this pedestal 12 and this locking part 16.

Saying more carefully is positioned on this base plate 22 of this ccontaining housing 2 during these pedestal 12 assemblings, and it has a fixed sidewall 13 by projection on the one side direction.This locking part 16 has a diapire 161, reaches on the side direction of a sidewall 162 by this diapire 161 and extend.Wherein this fixed sidewall 13 of this pedestal 12 is relative with this sidewall 162 of this locking part 16, this sidewall 162 of this fixed sidewall 13 and this locking part 16 respectively is provided with a plurality of

fixed pins

132 and 164, and this fixed

132 and 164 is in order in this shrinkage pool 32 that is inserted in this Winchester disk drive 3.This diapire 161 of this locking part 16 is assembled in this pedestal 12 times slidably, and this sidewall 162 is positioned this side plate 24 of this ccontaining housing 1.

Be positioned between those spacers 221,225 of this base plate 22 when wherein this pedestal 12 of this module frame 1 is assembled, this locking part 16 of this module frame 1 is positioned between those spacers 242,244,246 of this side plate 24.This fixed sidewall 13 of this module frame 1 outwards protrudes a plurality of locating convex blocks 131,133,135 in the present embodiment, and this snap-latch piece 26 is provided with a location protuberance 261 and a location groove 263, and this positioning convex portion 261 is between this locating convex block 131 and 133.This locating convex block 135 is adjacent to this spacer 225.

This module frame 1 has an assembly that is made of plastics 14 in the present embodiment, and this assembly 14 is fixed on this fixed sidewall 13 of this pedestal 12.In the present embodiment, this assembly 14 is the inboards that are assembled in this fixed sidewall 13 by screw (not label).This assembly 14 has a portion of getting 142 of holding of protruding and is fit to extract whole this module frame 1 and Winchester disk drive 3, and wherein this is held the portion of getting 142 outsides and is provided with at least one interference part 144.Wherein this snap-latch piece 26 is provided with connecting hole 260 and corresponds to this interference part 144, holds the portion's of getting 142 interference for this and is fixed on this snap-latch piece 26.In the present embodiment, this connecting hole 260 is provided in a side of on the platform (not label) of a projection, and it can reduce the scratch to this interference part 144.

Be auxiliary these Winchester disk drive 3 easier location in the present embodiment, this pedestal 12 further has a pair of

spacing sidewall

15a and 15b is relative with this fixed sidewall 13, and the distance between this

spacing sidewall

15a, 15b and this fixed sidewall 13 equals the width of this Winchester disk drive 3.In addition, this fixed sidewall 13 of this pedestal 12 is provided with an apical margin 134, reaches a side register pin 136.Can be positioned this ccontaining housing 2 in order to auxiliary this module frame 1 thus.Wherein an end of this assembly 14 protrudes a location side plate 141 with an auxiliary side of blocking Winchester disk drive 3.

For fixing this flexible member 17, this pedestal 12 of this module frame 1 is provided with a storage tank 121 to accommodate this flexible member 17, to reach a junction 125 contiguous these storage tanks 121 to connect an end of this flexible member 17 in the present embodiment.Wherein this diapire 161 of this locking part 16 is provided with the other end that a junction 165 connects this flexible member 17.This flexible member 17 is hidden in this module frame 1 bottom substantially thus.

For moving this locking part 16 more glidingly, this diapire 161 of this locking part 16 is provided with a pair of limit opening 166 and corresponds to this

spacing sidewall

15a, 15b in the present embodiment, and this

spacing sidewall

15a, 15b are located in this limit opening 166.

In addition, this pedestal 12 of this module frame 1 is formed with the guide groove 123 of a pair of opening, this diapire 161 of this locking part 16 a pair of L-shaped slide plate 163a that raises up, and this is mounted slidably in this 123 li of guide grooves slide plate 163a.And this locking part 16 comprises that further a pair of guide slides 163b corresponds to this to slide plate 163a and be arranged at this to 123 li of guide grooves.

It in the present embodiment this locking part 16 of auxiliary positioning, this pedestal 12 of this module frame 1 has a pair of projection 127, this diapire 161 of this locking part 16 has a pair of stopper slot 167 and accommodates this accordingly to projection 127, and this equals the length of this fixed pin 164 of this locking part 16 to projection 127 at least at this to the sliding distance in the stopper slot 167.That is after this displacement that can limit this locking part 16 to projection 127 removes for this fixed pin 164 of this locking part 16, insert in this module frame 1 for this Winchester disk drive 3.

Because this locking part 16 is to form through the version gold with metalwork, for making operating personnel more safely grip this locking part 16, wherein this module frame 1 has a gripping member 18 and is fixed on this sidewall 162 of this locking part 16 in the present embodiment.This gripping member 18 is preferably and can be made by working of plastics, and each forms one anti-skidding 182 in end face and bottom surface.This gripping member 18 is by these locking part 16 inboard assemblings in the present embodiment, can avoid thus being collided.In addition, these gripping member 18 apical margins be provided with a pair of protective sheet 184 be correspond to this pedestal 12 should be to spacing

sidewall

15a, 15b.

See also Fig. 6, be the three-dimensional combination figure of module frame in the utility model.When this Winchester disk drive 3 of assembling, earlier a skew back of this Winchester disk drive 3 (as shown in Figure 1) is inserted in this module frame 1 to this fixed sidewall 13 towards this pedestal 12.Wherein this of this assembly 14 held the portion of getting 142 and can be supplied gripping.Grip this anti-skidding 182 of this gripping member 18 then, pull this locking part 16 laterally.Make 3 groups of this Winchester disk drive go into this module frame 1, the elastic force by this flexible member 17 makes these locking part 16 resiliences and fastens a side of this Winchester disk drive 3, promptly finishing the locking action.

Then with a skew back of this locking part 16 of this module frame 1 to insert and make it location (as shown in Figure 2) towards this side plate 24 of this ccontaining housing 2, insert under the side direction with this assembly 14 on this base plate 22 of this ccontaining housing 2 then, and make this assembly 14 be fastened on this snap-latch piece 26.

See also Fig. 7, be the three-dimensional combination figure of Winchester disk drive stuck-module of the present utility model mechanism.During dismounting, the utility model provides this module frame 1 to utilize the one side to lean on a side in this this ccontaining housing 2 for the axle center, only need pull this that carry this assembly 14 and hold the portion of getting 142, just can make whole module frame and Winchester disk drive break away from this ccontaining housing 2 (cabinet) easily.In addition, this module frame 1 is modular design, can be considered single element and processes or be applied to other type in advance.

The utility model utilizes the elasticity of spring in conjunction with this

pedestal

12 and 16 two parts of this locking part, and the action that utilization is once drawn can be finished the step of fixing or release Winchester disk drive to draw back this gripping member 18.The utility model prior art of comparing is used the fixing action of four screws, saves time very much.

Winchester disk drive stuck-module of the present utility model mechanism does not need screw, therefore improves security, when avoiding tradition dismounting screw, may cause the motherboard risk of short-circuits because of the screw that drops.

This that what deserves to be mentioned is this assembly 14 held the portion of getting 142 after the main frame assembling is finished, and it highly can be other object (as the power machine box) and compresses, so very firm, can not break away from.

Vertical the above, the utility model makes the user fixing more easily or remove employed Winchester disk drive, (also can be applicable to other object certainly), the richer hommization of its quick detach design, succinct and do not need other instrument.

Claims

1, a kind of Winchester disk drive stuck-module mechanism, in order to the Fixed disk machine, the both sides of this Winchester disk drive respectively are formed with a plurality of shrinkage pools, it is characterized in that, comprising: a ccontaining housing has a base plate, an and side plate by this base plate one lateral buckling; An and module frame, have that a pedestal is positioned on this base plate, a locking part, and a flexible member be located between this pedestal and this locking part, this locking part has a diapire and is assembled on this pedestal slidably, reaches a sidewall by this side plate that extends and be positioned this ccontaining housing on the side direction of this diapire, it is relative with this sidewall of this locking part that this pedestal has a fixed sidewall, this sidewall of this fixed sidewall and this locking part respectively is provided with a plurality of fixed pins, and this fixed pin is inserted in this shrinkage pool of this Winchester disk drive.

2, Winchester disk drive stuck-module as claimed in claim 1 mechanism, it is characterized in that: this base plate of above-mentioned ccontaining housing protrudes a plurality of spacers, this side plate of this ccontaining housing protrudes a plurality of spacers, wherein this pedestal of this module frame is positioned between those spacers of this base plate, and this locking part of this module frame is positioned between those spacers of this side plate.

3, Winchester disk drive stuck-module as claimed in claim 1 mechanism, it is characterized in that: this base plate of above-mentioned ccontaining housing snap-latch piece protruding upward is sticked in a side of this module frame, wherein this module frame has an assembly and is fixed on this fixed sidewall of this pedestal, this assembly has the portion of getting of holding of a protrusion, and this outside of holding the portion of getting is provided with the interference of at least one interference part and is fixed on this snap-latch piece.

4, Winchester disk drive stuck-module as claimed in claim 1 mechanism, it is characterized in that: this pedestal of above-mentioned module frame has at least one spacing sidewall, relative with this fixed sidewall, distance between this spacing sidewall and this fixed sidewall equals the width of this Winchester disk drive, wherein this diapire of this locking part is provided with at least one limit opening and corresponds to this spacing sidewall, and this spacing sidewall is located in this limit opening.

5, Winchester disk drive stuck-module as claimed in claim 1 mechanism, it is characterized in that: this pedestal of above-mentioned module frame is provided with a storage tank to accommodate this flexible member, to reach the end that a junction is close to this storage tank and connects this flexible member, and wherein this diapire of this locking part is provided with the other end that a junction connects this flexible member.

6, Winchester disk drive stuck-module as claimed in claim 1 mechanism, it is characterized in that: this pedestal of above-mentioned module frame is formed with the guide groove of a pair of opening, this diapire of this locking part a pair of L-shaped slide plate that raises up, this to slide plate be mounted slidably in this to guide groove in, wherein this locking part comprises that further a pair of guide slides corresponds to this to slide plate and be arranged at this in the guide groove.

7, Winchester disk drive stuck-module as claimed in claim 1 mechanism, it is characterized in that: this pedestal of above-mentioned module frame has a pair of projection, this diapire of this locking part has a pair of stopper slot and accommodates this accordingly to projection, and this equals the length of this fixed pin of this locking part to projection at least at this to the sliding distance in the stopper slot.

8, Winchester disk drive stuck-module as claimed in claim 1 mechanism, it is characterized in that: above-mentioned module frame has a gripping member and is fixed on this sidewall of this locking part.

9, a kind of module frame that is used for Winchester disk drive stuck-module mechanism, this module frame is characterized in that, comprising: a pedestal, be sheet metal, this pedestal has a fixed sidewall and is formed with a plurality of fixed pins; One locking part has a diapire and is assembled on this pedestal slidably, reaches a sidewall by projection and relative with this fixed sidewall of this pedestal on the side direction of this diapire, and this sidewall is formed with a plurality of fixed pins; And a flexible member, be located between this diapire of this pedestal and this locking part.

10, the module frame that is used for Winchester disk drive stuck-module mechanism as claimed in claim 9 is characterized in that, said base has the fixed sidewall of relative this locking part, and this fixed pin of this pedestal is formed by this fixed sidewall bending.

11, the module frame that is used for Winchester disk drive stuck-module mechanism as claimed in claim 9 is characterized in that, further has an assembly and is fixed on this fixed sidewall of this pedestal, and this assembly has the portion of getting of holding of a protrusion.

12, the module frame that is used for Winchester disk drive stuck-module mechanism as claimed in claim 9, it is characterized in that, it is relative with this fixed sidewall that this pedestal of above-mentioned module frame has at least one spacing sidewall, distance between this spacing sidewall and this fixed sidewall equals the width of this Winchester disk drive, wherein this diapire of this locking part is provided with at least one limit opening and corresponds to this spacing sidewall, and this spacing sidewall is located in this limit opening.

13, the module frame that is used for Winchester disk drive stuck-module mechanism as claimed in claim 9, it is characterized in that, this pedestal of above-mentioned module frame is provided with a storage tank to accommodate this flexible member, to reach the end that a junction is close to this storage tank and connects this flexible member, and wherein this diapire of this locking part is provided with the other end that a junction connects this flexible member.

14, the module frame that is used for Winchester disk drive stuck-module mechanism as claimed in claim 9, it is characterized in that, this pedestal of above-mentioned module frame is formed with the guide groove of a pair of opening, this diapire of this locking part a pair of L-shaped slide plate that raises up, this to slide plate be mounted slidably in this to guide groove in, wherein this locking part comprises that further a pair of guide slides corresponds to this to slide plate and be arranged at this in the guide groove.

15, the module frame that is used for Winchester disk drive stuck-module mechanism as claimed in claim 9, it is characterized in that, this pedestal of above-mentioned module frame has a pair of projection, this diapire of this locking part has a pair of stopper slot and accommodates this accordingly to projection, and this equals the length of this fixed pin to projection at this to the sliding distance in the stopper slot.

16, the module frame that is used for Winchester disk drive stuck-module mechanism as claimed in claim 9 is characterized in that, above-mentioned module frame has a gripping member and is fixed on this sidewall of this locking part.