CN201159992Y - Improved structure of drawing type hard disk drive - Google Patents

Abstract

The utility model discloses a structure improvement of an extraction type hard disk machine, which mainly adopts a quick assembly structure to assemble the extraction type hard disk machine, and only needs a group of screw lock components to complete the fixation; the structure mainly comprises an open frame body, a bearing piece extends from the front end, an embedding mechanism is buckled and held by a buckling seat on the bearing piece, the embedding mechanism provides a sliding door mechanism and a linkage mechanism pivoted with the sliding door mechanism through a pivot, a tenon arranged at the sliding door mechanism and a lock of the linkage mechanism respectively form an opening and closing function, and all the components are fixed between the open frame body and the embedding mechanism through a group of screw locking components.

Description

Structural Improvement of Removable Hard Disk Drive

technical field

The utility model relates to a computer peripheral device, in particular to a structural improvement of a removable hard disk drive.

Background technique

The advent of the removable hard disk box provides a quick and easy way for users who want to replace the hard disk. It does not require tools to disassemble and assemble from the host computer like the traditional hard disk, and it does not need to have the basic skills of computer assembly. It can be directly through the extraction The method will extract and replace the hard disk that needs to be replaced.

In the industry, there has been a disclosure of the extraction structure of the removable hard disk box. For example, Taiwan's new patent No. M303460 "loading device for removable hard disk", a housing for hard disk is formed through a housing slot; The sliding door mechanism is connected to the front of the casing; a linkage mechanism is arranged between the outer casing seat and the inner casing seat of the casing and a connector seat is connected to the rear of the casing, through the sliding plate The pushing part is used for pushing the hard disk away from the connector base. This patent provides a structural design in which the hard disk can be pushed away from the connector base.

In addition, for the design of special functional purposes, as disclosed in Taiwan's new patent No. M257464 "Structure Improvement of Withdrawable Hard Disk Box", the hard disk box can be assembled in the frame like a drawer; the box is on the two side walls There is a groove inward on the top respectively, so that the two side walls of the box body are located between the outer side of the hard disk and the inner side of the frame body, and at least one large air passage is formed on both sides. It is characterized in that: the box body has grooves on both sides Several heat dissipation fins are arranged horizontally at the position of the air duct formed by the upper (or lower) side and the hard disk; thereby, the heat is more easily carried away by the airflow blown by the computer fan.

From the above two cases, we can see that with the rapid development of the computer peripheral industry, the extraction structure design of removable hard disks on the market is ever-changing, and each has its own unique design, and proposes different solutions for various user needs or special effects. .

The author also conducts research on the structural market of the removable hard disk box, and continues to study and improve it by solving the needs of the market application side, and completes the development and design of the utility model.

Utility model content

The purpose of the utility model is to provide a structure fixing of a removable hard disk drive only through a set of screw lock components.

The second purpose of this utility model is to provide a removable hard disk drive structure for easy assembly. Each component will accommodate other components through the tenon, buckle seat or its own structural design, so as to achieve the effect of interlocking and restricting each other, forming a structure that can accommodate Hard disk removable seat space.

The technical means to solve the problem of the utility model is: to provide a structural improvement of the removable hard disk drive, through which the removable hard disk drive is assembled, and only one set of screw lock components is needed to complete the fixation; the structure includes: : a frame body, a supporting piece extending from the front end, the supporting piece has a plurality of buckle seats for buckling, and there are respectively a blocking piece on both sides between the supporting piece and the frame body, and the blocking piece has a screw hole respectively; A fitting mechanism, a perforation corresponding to the screw hole of the frame body is provided on a wall surface, and a screw lock component can pass through it, and is buckled on the buckle seat of the supporting piece through the bottom opening, so that the fitting mechanism It is fixed by the supporting piece; a linkage mechanism is socketed with the front end of the fitting mechanism, and is partially embedded in the fitting mechanism to butt against the wall surface. It has a space position that can accommodate the lock, and has a pin for fixing a The fixing hole of the telescopic spring; a sliding door mechanism, which is formed by an outer plate, an inner plate, and a tenon embedded with the protruding column of the outer plate, and is pivotally connected to the connecting pin through the pin of the linkage mechanism. The moving mechanism has the function of opening and closing; thereby, the sliding door mechanism is pivotally connected to the moving mechanism, and the removable hard disk structure can be pulled out and removed in a linked manner.

The utility model improves the structure of the removable hard disk drive. The removable hard disk drive is assembled by means of a fast assembly structure. The buckle seat buckles a fitting mechanism, and the fitting mechanism will provide a sliding door mechanism and a linkage mechanism that is pivotally connected with the sliding door mechanism to embed. The tenon and the lock of the linkage mechanism form a switch function, and all the above-mentioned components will be fixed between the open frame and the fitting mechanism through a set of screw lock components.

The above-mentioned supporting piece is integrally formed with the open frame, and its strength can provide sufficient support for the fitting mechanism, sliding door mechanism, linkage mechanism, etc., so only a set of screw lock components need to be installed at the open frame. As fastening insurance. Furthermore, through the opening of the sliding door mechanism, the sliding door mechanism acts as a handle, and the user can pivotally connect to the linkage mechanism through the sliding door mechanism, and the removable hard disk structure will be linked from the original inserted hard disk. The connector is extracted and disassembled.

The preferred embodiments of the present utility model will be described below in conjunction with the drawings. The following embodiments are only used to illustrate the present utility model, and are not intended to limit the scope of the present utility model. Anyone who is familiar with the art can do a little Changes and retouching, so the scope of protection of the present utility model should be as defined by the claims.

Description of drawings

Fig. 1 is the exploded view of the first viewing angle of the utility model;

Fig. 2 is another perspective exploded view of the utility model;

Fig. 3 is the combination diagram of the first viewing angle of the utility model;

Fig. 4 is another combination view of the utility model;

Fig. 5 is a top view of the sliding door mechanism of the present invention when it is opened;

Fig. 6 is a perspective view when the sliding door mechanism of the present invention is opened;

Fig. 7 is another combined state diagram of the first viewing angle of the present utility model;

Fig. 8 is a combination diagram of another state from another angle of view of the present utility model;

Fig. 9 is a top view when the sliding door mechanism of the present invention is closed; and

Fig. 10 is a perspective view of the sliding door mechanism of the present invention when it is closed.

Explanation of main component symbols

10 open frames 100 pieces 102 buckle seat 104, 106 block 108, 110 screw holes 112 perforations 20 chimeric mechanism 200 wall 202 holes 204 Shrapnel 206 jacks 208 mesh 210 perforations 30 linkage mechanism 300 structures 302 space position 304 pin 306 telescopic spring 308 fixing holes 40 sliding door mechanism 400 tenon 402 outer layer board 404 inner layer board 406 boss 408 barb 410 positioning column 50 locks 60 kits 600 perforations 70 light guide rods 700 exit end 80 bolt assembly

Detailed ways

Please refer to Figure 1 and Figure 2 at the same time, the utility model provides an open frame body 10, the size of the frame body can have different designs according to the size of the hard disk, such as: 2.5 inches, 3.5 inches, or the size of the outer frame It is fixed, but the part of the inner frame can be used as an adjustable space in an elastic way. The open frame body 10 extends a support piece 100 from the front end. The support piece 100 has a plurality of buckle seats 102 which can be buckled, and there are respectively a blocking piece 104 on both sides between the support piece 100 and the inner space of the frame body. 106 , the blocking pieces 104 , 106 respectively have a screw hole 108 , 110 , and one of the blocking pieces 104 is provided with a perforation 112 through which the light guide rod 70 can pass. The light guide rod 70 will be described in detail later.

Most of the components of the utility model are assembled in the manner of buckling, and the fitting mechanism 20 is buckled on the buckle seat 102 on the supporting piece 100 through the opening 202, so that the fitting mechanism 20 is roughly held by the supporting piece 100. fixed. The fitting mechanism 20 has a plurality of insertion holes 206 for inserting the elastic pieces 204 , and the elastic pieces 204 will have the function of positioning and providing the grounding of the body. In addition, a mesh 208 is provided on the wall 200 of the fitting mechanism 20, and other components described later in the same direction as the wall also have meshes. One of its functions is to provide an air flow channel to allow the internal and external air to convect to assist Hard drive heat dissipation. The wall 200 also has a through hole 210 corresponding to the screw hole 108 of the open frame body 10 , so that the screw lock assembly (not shown in the figure) passes therethrough.

The interlocking mechanism 30 will be socketed by the front end of the fitting mechanism 20, and the structural body 300 of the interlocking mechanism 30 will be embedded in the fitting mechanism 20 and abut against the wall 200 by using the drop design. The interlocking mechanism 30 has a space position 302 that can It accommodates the lock 50 and has a fixing hole 308 through which the extension spring 306 can be fixed by the pin 304 , and the pin 304 forms a pivot.

The sliding door mechanism 40 can be pivotally connected to the linkage mechanism 30 through the pivot formed by the plug pin 304, and has the function of opening and closing. The utility model has two independent places to form a switch function; further analyzing the sliding door mechanism 40, it is formed by an outer plate 402, an inner plate 404, and a tenon 400 embedded with a protruding column 406 of the outer plate 402. Wherein, the tenon 400 not only can use the barb 408 to interfere with the linkage mechanism 30 , but also provides a positioning post 410 for interfering locking when the lock 50 is rotated to close.

Regarding other detailed components, it also includes: a corresponding lockset 50 position, and a set 60 fixed at a space position 302 of the linkage mechanism 30 together with the lockset 50. In addition to assisting the lockset 50 to stabilize its position, the set 60 can also The through hole 600 is used for the screw lock assembly to pass through to fix the linkage mechanism 30 . And the light guide rod 70 arranged on the side of the open frame body 10, the light guide rod 70 can guide the rear light source to pass through the reflection path and emit the light source from the front output end 700. This function can include displaying different colors of the hard disk status.

Please continue to refer to Fig. 3 and Fig. 4 at the same time, in order to show that the decomposed state of Fig. 1 and Fig. 2 becomes an assembled state. The internal space of the open frame 10 can be equipped with a hard disk, and the sliding door mechanism 40 can be opened at one end through the pivot. When the sliding door mechanism 40 is opened, it becomes a function similar to a handle. The door mechanism 40 is pivotally connected to the linkage mechanism 30 , and the removable hard disk frame is pulled out and disengaged from the originally plugged connector in a linkage manner. Compared with Fig. 3 and Fig. 4, Fig. 7 and Fig. 8 show the closed state of the sliding door structure 40, especially referring to Fig. The tenon 400 can release the interference between the inner barb 408 and the linkage mechanism 30 with a little force.

Referring to FIG. 5 and FIG. 6 at the same time, the state of the sliding door mechanism 40 being opened is shown from a top view angle. It can be seen from the perspective view that it is worth mentioning that the screw lock assembly 80, since the support piece 100 and the open frame body 10 are integrally formed, its strength can be used for the fitting mechanism 20, the linkage mechanism 30, and the sliding door mechanism 40. etc. provide sufficient bearing strength, so only one set of screw lock assemblies 80 (one set is two) is required to be set on the open frame body 10, as a fastening insurance for the overall structure.

It can be seen from Fig. 9 and Fig. 10 that when the sliding door mechanism 40 of the present invention is closed, the position of the tenon 400 is not only the barb 408 interferes with the positioning design of the linkage mechanism 30, but also the rear end of the tenon 400 A positioning column 410 is provided. When the lock 50 is rotated to the closed position, the lock 50 restricts the movement of the tenon 400 . That is to say, when the user needs to expand the sliding door mechanism 40 , the user presses the tenon 400 through the hole 302 , although applying a little force can remove the interference between the barb 408 and the linkage mechanism 30, the closed position of the lockset 50 still restricts the opening of the sliding door mechanism 40 with the positioning post 410, so the removable hard disk drive cannot be removed from the main frame.

Claims (6)

1, a kind of structural improvement of Removable Hard Disc Drive, see through this structure and carry out the assembling of this Removable Hard Disc Drive, and it is fixing only to need one group of screw lock module promptly to finish, and it is characterized in that this structure includes:

One framework, front end are extended and are held sheet, and this holds has the Button Block that plural number can be held for button on the sheet, and both sides have a catch respectively between sheet and the framework in holding, and this catch has a screw respectively;

One chimeric mechanism is provided with the perforation of corresponding framework screw in a wall, can be arranged in wherein for a screw lock module, and be held on the Button Block that holds sheet by the bottom opening button, makes chimeric mechanism be held sheet and fixes;

One interlinked mechanism carries out socket with chimeric mechanism front end, and is partially submerged in the chimeric mechanism and is resisted against wall, has a locus can hold lockset, and has and can and fix the fixed orifice of a Telescopic spring for a pin;

One sliding door mechanism forms by a lamina rara externa, an inner plating and with the trip of the projection interlocking of this lamina rara externa, and is articulated on the interlinked mechanism through the pin of interlinked mechanism, has and can open, close effect;

By this, see through sliding door mechanism and be articulated in interlinked mechanism, but linkage type the removable hard drive framework is extracted unloads.

2, the structural improvement of Removable Hard Disc Drive as claimed in claim 1, it is characterized in that: more include a corresponding lockset position, be fixed on the external member at the locus place of interlinked mechanism with the lockset accompany each other, this external member and is provided with a perforation and wears with fixing interlinked mechanism for screw lock module except can assisting the lockset position stability.

3, the structural improvement of Removable Hard Disc Drive as claimed in claim 1 is characterized in that: more include a lamp guide that is arranged at open framework side, this lamp guide can be guided light source penetration path, rear and be penetrated light source by the place ahead exit end.

4, the structural improvement of Removable Hard Disc Drive as claimed in claim 1 is characterized in that: more include the jack of plural number in chimeric mechanism and the shell fragment that is embedded thereof, this shell fragment buffering is stablized whole Removable Hard Disc Drive.

5, the structural improvement of Removable Hard Disc Drive as claimed in claim 1 is characterized in that: the wall of this chimeric mechanism is provided with mesh, and air flow channel can be provided, and makes inner air and outer air carry out convection current to assist the Winchester disk drive heat radiation.

6, the structural improvement of Removable Hard Disc Drive as claimed in claim 1 is characterized in that: the trip of this sliding door mechanism can utilize outside an overhead kick and interlinked mechanism interfere, and also provides a reference column to hold for the interference button that lockset turns to when cutting out.

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