Removable hard disk securing member

This creation is about a removable hard disk locking rack, especially a removable hard disk locking rack for cocoa-locking hard disks.

According to, in order to achieve better industrial utilization, generally speaking, the removable hard disk lock frame must achieve toughness, thinness and light weight. In addition, the use of components must be reduced as much as possible to effectively reduce production costs. And reduce warranty problems. However, the conventional removable hard drive lock frame is often too complicated in design, so it needs more components, which is easy to increase the trouble of warranty. Also, because there are too many components used, it is often bulky and bulky, and it is produced. The cost is therefore more difficult to reduce.

In addition, in order to facilitate the disassembly and assembly of hard disks, the locking frame must be flexible and tough while meeting the requirements of solidity. The use of metal parts can definitely meet the requirements of solidity, but it is prone to be bulky and difficult to assemble and disassemble; if it is used in general Although the plastic is easy to disassemble and assemble, it is easier to achieve the purpose of light and weight, but it is easy to be not strong enough. If the structure is to be strengthened, it is necessary to use more components or special support structures, making it easier to use A lot of costs are incurred in design, production and manufacturing.

The reason is that this creator feels that the above-mentioned deficiencies can be improved, and based on years of relevant experience in this area, carefully observes and studies, and cooperates with the use of academic principles, and proposes a reasonable design and effective improvement of the above-mentioned deficiencies. .

The purpose of this creation is to provide a removable hard disk lock frame that combines the advantages of the softness and toughness of plastic parts and the rigidity and rigidity of metal parts. It achieves lightness, toughness, easy disassembly and assembly, and reduces the use of excessive components, so as to effectively reduce costs.

In order to achieve the above-mentioned purpose, this creation provides a removable hard disk lock frame, including: a frame body with a front baffle plate and two frame body side plates, the two frame body side plates are perpendicular to the front baffle plate and the same Extending from both ends of the front baffle, one end of the front baffle is provided with a front baffle pivot; The front baffle; and a pull cover, which has a pull cover snap part and a pull cover pivot part, the pull cover pivot part is located at one end of the pull cover, and the pull cover pivot part is pivoted to the front The hinged part of the barrier, the pull-lid buckle part corresponds to the sheet body buckle part.

Preferably, the removable hard disk lock frame as described above, wherein the front baffle is penetrated with a front baffle hollow part, the front baffle hollow part has a front baffle hollow frame edge, and the front baffle hollow frame edge protrudes There is a pair of sliding rails arranged opposite to each other, the movable sheet body is protrudingly provided with a piece body clamping part, and the piece body clamping part is slidably clamped on the sliding rail.

Preferably, the removable hard disk lock frame as described above, wherein the movable sheet body is penetrated with a piece of hollow portion, the piece hollow portion corresponds to the front barrier hollow portion, and the piece hollow portion has a piece of hollow portion Hollow frame, the hollow part of the sheet body expands from an edge of the hollow frame edge of the sheet body to the movable sheet body to expand a small frame edge concave, the movable sheet body protrudes from the hollow frame edge of the sheet body to the hollow part of the sheet body At least one piece of body protruding is provided, the at least one piece of body protruding against the small recess adjacent to the frame edge, and the sheet body buckle portion includes the at least one piece of protruding body and the frame edge small recess.

Preferably, the removable hard disk lock frame as described above, wherein the pull-lid further includes a pull-lid hollow portion, and the pull-lid hollow portion has a pull-lid hollow With a hollow frame edge, a T-shaped pull cover protrudes from an edge of the pull cover hollow frame edge to the sheet body buckle part.

Preferably, the removable hard disk lock frame as described above, wherein the upper and lower edges of the pull cover are respectively protruded with a covering edge in the direction of the front baffle, and the pull cover further has a near pivot Side edge, the covering edge strip is perpendicular to the pull cover, the near-pivot side edge protrudes in a direction away from the front baffle with a beveled corner, the beveled corner forms an obtuse angle with the pull cover, the covering The side strip is further protruding with a limiting protrusion, the limiting protrusion is located at the lower edge of the pull cover, and the limiting protrusion is separated from the beveled corner by a gap.

Preferably, the removable hard disk locking rack as described above, wherein the side plates of the two rack bodies are respectively provided with a plurality of holes, and the holes include screw holes and preparation holes.

Preferably, in the removable hard disk locking rack as described above, at least one of the side plates of the rack body is recessed with a light guide groove, and the light guide groove extends from the side plate of the rack body to the upper edge of the front baffle. .

Preferably, the removable hard disk lock frame as described above, wherein the frame body is a plastic part, the plastic part is integrally molded to cover a metal part, and the metal part is located on the front baffle and further extends to the The two side panels of the frame are close to the two ends of the front baffle.

Preferably, the removable hard disk locking rack as described above, wherein the side plate of the rack body is further provided with at least one tight fitting protrusion respectively.

Preferably, the removable hard disk locking rack as described above, wherein at least one fixing rod is clamped between the side plates of the two rack bodies.

It can be seen from the above that the removable hard disk lock frame of this creation can effectively achieve thinness, toughness, easy disassembly and assembly, and reduce the use of excessive components, so as to effectively reduce the cost of production.

In order to further understand the features and technical content of this creation, please refer to the following detailed description and drawings of this creation. However, the attached drawings are only for reference and explanation, and are not used to limit this creation.

Please refer to Figures 1 and 2, the removable hard disk lock frame of this creation includes: a frame 10 with a front baffle 11 and two frame side panels 12, both of which are perpendicular to The front baffle 11 extends from both ends of the front baffle 11 in the same direction. One end of the front baffle 11 is provided with a front barrier pivoting portion 111.

A movable sheet body 20 has a piece of buckle portion 21, and the movable sheet body 20 is slidably attached to the front baffle 11.

And a pull lid 30, which has a pull lid snap portion 31 and a pull lid pivot portion 32. The pull lid pivot portion 32 is located at one end of the pull lid 30, and the pull lid pivot portion 32 is pivotally connected to the front barrier. Part 111, and the pull-lid buckle portion 31 corresponds to the sheet body buckle portion 21.

Preferably, the frame body 10 may be a plastic part P, which is integrally molded to cover a metal part M, which is located on the front baffle 11 and further extends until the two frame side panels 12 are close to the front baffle. Both ends of 11. Whereby the rigidity and toughness combined advantages of, and further to obtain thin, tough, easy to disassemble and assemble the results.

Preferably, referring to FIG. 1, FIG. 2, FIG. 3A, and FIG. 3B, the front barrier 11 is further provided with a front barrier hollow portion 112, and the front barrier hollow portion 112 is surrounded by a front barrier hollow frame 113, and the front barrier Any parallel side of the hollow frame 113 can be protrudingly provided with a pair of sliding rails 1131 which are arranged opposite to each other. In addition, the movable sheet body 20 is further provided with a piece body clamping portion 22 which can be The slide rail 1131 is slidably clamped, so that the entire movable sheet 20 can be slidably attached to the front baffle 11.

Preferably, the movable sheet body 20 can be further penetrated with a piece of hollow part 23, the piece hollow part 23 corresponds to the front barrier hollow part 112, and the sheet body hollow part 23 has a piece of hollow frame edge 24 around it. The hollow portion 23 further expands from one edge of the hollow frame 24 of the sheet body to the movable sheet body 20 to expand a small frame rim 241, and the movable sheet body 20 has at least one projecting from the hollow frame edge 24 of the sheet body to the hollow portion 23 of the sheet body. The body protruding abutment 25, the present embodiment takes the frame edge small recess 241 and the upper and lower plate protruding abutment 25 as a better example, but it is not limited to this.

The sheet body protrusion 25 is adjacent to the frame edge small concave 241, and the frame edge small concave 241 can be used to accommodate the pull lid buckle portion 31 of the pull lid 30, and the pull lid buckle portion can be buckled on the sheet body convex 25. Therefore, in other words, the sheet body buckle portion 21 of the present creation preferably includes the sheet body protrusion 25 and the frame edge small recess 241. In addition, the sheet body hollow portion 23 of the movable sheet body 20 is not The shape and number are limited, and the area can be large or small. Please refer to FIG. 5, which is an exploded schematic diagram of another embodiment of moving the sheet 20 relative to FIG. 1. The main difference between it and FIG. 1 is: The hollow portion 23 of the sheet body has a small area, but still has a small frame edge recess 241 and a sheet body protrusion 25 adjacent to the frame edge small recess 241. However, in the embodiment of FIG. 5, the frame edge small recess 241 is located on the sheet body The left part of the hollow part 23 is in a different direction from the frame edge dimple 241 to the right shown in FIG.

In the following, the embodiment shown in FIG. 1 is used as a further demonstration of this creative embodiment, but the movable sheet body 20 shown in FIG. 5 can also be applied and analogized. Preferably, the pull lid 30 may further include a pull lid hollow portion 33, The lid hollow portion 33 has a pull lid hollow frame 34 around the lid. The pull lid buckle portion 31 protrudes from an edge of the lid hollow frame 34 toward the sheet body buckle portion 21 with a T-shaped pull lid protrusion 311. , The T-shaped pull cover protrusion 311 is a better example of the pull cover buckle portion 31 in this embodiment, but it is not limited to this.

Referring to FIGS. 3A and 3B, when the pull cover 30 moves to the moving sheet 20 in a closing direction F21, the T-shaped pull cover protrusion 311 (that is, the pull cover buckle portion 31) will first pass through the front barrier hollow The area where the part 112 and the hollowed-out part 23 of the sheet body overlap, and the hollowed-out part 33 of the pull cover will also overlap the hollowed out part 112 and the hollowed-out part 23 of the front barrier, and then the sheet body 20 can be moved (see FIG. 2) In order to make the sheet clamping portion 22 move along a locking direction F11 on the slide rail 1131, so as to further enable the sheet protrusion 25 to be buckled on the T-shaped pull-lid projection 311, and at the same time, the T-shaped pull-lid projection The pusher 311 has also been accommodated in the frame edge recess 241 (please refer to FIG. 1, which is not shown in FIGS. 3A and 3B), so that the locking action can be completed.

If you want to unlock, you need to push the moving sheet 20 in an unlocking direction F12 (Figure 2). The sheet clamp 22 also moves along the slide rail 1131 with the unlocking direction F12, so that the sheet will not get stuck when it protrudes against 25. The T-shaped sliding cover protruding 311 is buckled, so that the sliding cover 30 can be opened along an opening direction F22.

Please refer to FIGS. 1, 3A, 3B, and 4A. The upper and lower edges of the pull cover 30 are respectively provided with a covering edge 301 in the direction of the front baffle 11, and the pull cover 30 has a near pivot The shaft side edge 35, the covering edge 301 is perpendicular to the pull cover 30, the near-pivot side edge 35 protrudes in a direction away from the front baffle 11 with a beveled portion 351, the beveled portion 351 and the pull cover 30 form an obtuse angle θ , The covered edge strip 301 is further protruding with a limiting protrusion 3011, the limiting protrusion 3011 is located at the lower edge of the pull cover 30, and the limiting protrusion 3011 and the bevel The portion 351 is separated by a gap 36.

Preferably, each of the two frame side plates 12 is provided with several holes H. The holes H can be screw holes and preliminary holes. The screw holes can be used to tightly screw the frame side plates 12 and hard disks together; The side plate 12 can further be recessed with a light guide groove 13, which extends from the side plate 12 of the frame to the upper edge of the front baffle 11. When the light guide groove 12 is equipped with a light guide (not shown in the figure) ), the indicator of the normally operating hard disk can be led to the upper edge of the front baffle 11, so that the operating status of the hard disk can be known without disassembling the hard disk lock frame.

Preferably, at least one fixed rod 15 can be clamped between the two side panels 12 of the frame body. The fixed rod 15 can be used to provide a good support for the side panels 12 and the entire structure of the frame body, especially when the creation is not in use. This period, including the period of transportation, can effectively reduce the damage caused by external forces to the creation. However, not only is it limited to the above purpose, the fixed rod 15 can also exist when a hard disk is installed in the creation. In addition, from the figure 1 and Figure 5 can understand that the connection structure of the fixed rod 15 and the side plate 12 of the frame is slightly different (not numbered in the figure), so it can be understood that the connection between the fixed rod 15 and the side plate 12 of this creation is not based on The shape of the connecting structure is limited.

Please refer to Figure 4A, Figure 4B, and Figure 4C, which are the exploded schematic diagrams of the removable hard disk fixing frame installed in a chassis frame B1 of this creation. As shown in Figure 4A, it is assumed that the creation has a hard disk installed , And is being installed to the chassis frame B1 along an installation direction F3. First, as shown in Figure 4B, open the pull cover 30 along the opening direction F22, and install the creation along the installation direction F3. At this time, the limit protrudes against the 3011 inset. The opening of the cover 30 moves downward.

In addition, since the beveled portion 351 and the pull cover 30 form an obtuse angle θ, when the installation is completed as shown in FIG. The pull cover 30 can normally resume upward displacement along the closing direction F21 and will not be blocked by the frame wall B11. While the limit protrusion 3011 returns to its original position, the frame wall B11 is also located in the gap 36, and the limit The protrusion 3011 can limit the frame wall B11, and then push the moving sheet 12 so that the sheet buckle portion 21 can be buckled to the pull-lid buckle portion 31 (as shown in FIG. 3A), the pull-lid 30 is It has been fixed and will not be arbitrarily opened. Therefore, the limit protrusion 3011 can lock the removable hard disk lock frame of the present creation together with the hard disk in the chassis frame B1.

Preferably, at least one tight-fitting protrusion 14 is protruded from the side plate 12 of the frame body. The tight-fitting protrusion 14 has elasticity, so that the overall structure of the present invention can be more tightly fitted into B1.

In summary, the removable hard disk lock frame provided by this creation has the advantages of rigidity and toughness at the same time, and achieves the effect of thinness and light weight. In addition, the number of components used Less, can effectively reduce the production cost, but also has the best effect. It is extremely industrially usable, and there is no technology that is the same as this creation, so this creation is novel, and there is no similar technology that can achieve the same excellent effect as this creation. Therefore, this creation is progressive, and it is obviously in line with the patent. For application requirements, Yan submits an application in accordance with the law.

<p>10Frame</p><p>11Front baffle</p><p>111Front Barrier Pivot</p><p>112Front Barrier Hollow</p><p>113Front barrier hollow frame</p><p>1131Slide rail</p><p>12Frame side panel</p><p>13Light guide slot</p><p>14Tight fit bump</p><p>15Fixed rod</p><p>20moving sheet</p><p>21Flake body buckle part</p><p>22Sheet clip part</p><p>23Flake hollow part</p><p>24Slice Hollow Frame</p><p>241Small concave frame</p><p>25Protruding sheet</p><p>30Laptop</p><p>301Wrapped edge strip</p><p>3011Limiting projection</p><p>31Clip buckle</p><p>311T-shaped pull cover protruding</p><p>32Pivoting part of the cover</p><p>33Pull-out hollow part</p><p>34Pull cover hollow frame</p><p>35Pivot side edge</p><p>351Bevel</p><p>36Gap</p><p>40Pivot rod</p><p>B1Chassis frame</p><p>B11Frame Wall</p><p>F11Locking direction</p><p>F12Unlocking direction</p><p>F21Close direction</p><p>F22Open direction</p><p>F3Installation direction</p><p>HHole</p><p>MMetal Parts</p><p>PPlastic parts</p><p>θ obtuse angle</p>

Figure 1 is an exploded schematic diagram of the creative removable hard drive lock frame; Figure 2 is a three-dimensional schematic view of the creative removable hard drive lock frame; Figure 3A is a schematic diagram of the internal perspective of the creation of the removable hard drive lock frame for locking; Figure 3B is a schematic diagram of the internal perspective of the creation of the removable hard drive lock frame for unlocking; Figure 4A is a schematic view of the creation of the removable hard drive locking The schematic diagram of the disassembled action when the rack is installed on the chassis frame (1); Figure 4B is the schematic diagram of the disassembled action when the creative removable hard disk lock frame is installed on the chassis frame (2); Figure 4C is the creative removable hard disk Fig. 5 is an exploded schematic diagram of another embodiment of the creative removable hard disk lock frame relative to Fig. 1 when the lock frame is installed on the chassis frame.

Removable hard drive lock frame