CN2804924Y - computer host structure - Google Patents

Abstract

The utility model relates to a computer mainframe structure indicates a computer mainframe of brand-new design especially, and it mainly includes: a pair of first and second support members; a main frame body connected between the first and second supporting members and suspended in the air; and the first side cover and the second side cover can be mutually matched to form a hollow column shape, and simultaneously the main frame body is coated in the first side cover and the second side cover which are fixed together with the first supporting member and the second supporting member. The main frame body utilizes two separated containing spaces formed by suspension to rotate in one of the containing spaces by fans with the same specification so as to form faster air flow and achieve the effects of optimal heat dissipation efficiency and low noise.

Description

computer host structure

technical field

The utility model relates to a computer mainframe structure, in particular to a computer mainframe with a completely new shape design.

Background technique

Computers have been used for decades, and have become an indispensable electronic product in recent years. In other words, computers have long been integrated into people's lives, whether at home, school, workplace, or even entertainment venues. And so on, all cannot break away from the use of computer.

Although the host computer has evolved from the horizontal type in the early days to the upright type commonly used today, its shape is still a rigid and uncreative square shape. The design space of the square mainframe has been narrowed to an extremely narrow level, and the design bottleneck is very obvious. However, if you want to abandon the square pattern and replace it with other shapes, it is difficult to meet the existing restrictions: the position of the motherboard, the position of the hard disk, the position of the optical drive, the position of the electrical connector for peripheral equipment, etc., resulting in considerable problems. Difficulties.

Moreover, so far the computer mainframe, its function is only the usefulness of computer mainframe simply, does not have any other additional functions, for the modern who pays more and more attention to multifunctional use, its economic benefit is too low, and It does not meet the requirements of modern people for high economic benefits.

Three, now in the era of abundant information, for the storage of digital data, most people store it in the computer hard disk. Now the computer hard disk industry is developing rapidly, and its hard disk capacity has reached hundreds of G bytes. Therefore, each computer mainframe There will be quite a lot of data in the hard disk, even personal privacy data, or commercial confidential data, etc. If the hard disk or the entire computer host is stolen, it will cause great losses. But today's computer host does not have a definite anti-theft function, which makes the hard disk in it easy to be stolen.

In addition, common adapter cards all have a metal fixing piece for fixing to the host computer. It is necessary to insert the fixing piece with difficulty first, and then screw the fixing piece to a suitable place of the computer mainframe, which is really cumbersome and inconvenient to operate.

With the advancement of processor technology and the increase of the operating frequency of the central processing unit, the clock pulse of the cooling fan has also increased. Fans with 4500 rpm, 5400 rpm, or even higher speeds have been launched on the market to reduce the temperature of the computer host. Although these high-speed fans suppress the heat of the CPU, they can't suppress the annoying noise, which is uncomfortable.

Contents of the invention

The technical problem to be solved by the utility model is to effectively provide a computer mainframe with a completely new design and a function similar to a portable audio system. Shapes can be used to achieve the effect of breaking through the traditional design pattern, and can also have a multi-functional effect similar to a portable stereo.

Another purpose of the structure of the host computer of the utility model is to take into account the existing limitations of the host computer, so that the position of the main board, the hard disk, the optical drive, the electrical connector for peripheral equipment, etc. can all be It is effectively configured in the newly designed computer host, so as to have both aesthetic appearance and functionality, forming an all-round design.

Another purpose of the computer mainframe structure of the utility model is to effectively add an anti-theft mechanism to prevent others from stealing the internal hard disk by opening the computer mainframe or removing the entire computer mainframe.

A further purpose of the structure of the computer mainframe of the utility model is to effectively add a positioning mechanism capable of positioning the adapter card. The positioning mechanism is a sliding positioning, so as to directly block and position the fixing piece of the adapter card. The difficulty of plugging and the trouble of locking screws are completely eliminated.

Another purpose of the computer mainframe structure of the utility model is to form two accommodating spaces by partitioning the main frame body, so as to presuppose that one is used to place various storage media devices with low heat, and the other is used to place Computer motherboards (PCBs) with high heat dissipation, put the computer motherboards that require more heat dissipation together to form a separate heat dissipation space, so only need to install fans of the same specification and use internal air convection to achieve faster The flow rate can dissipate heat energy to the surrounding environment, thereby achieving the purpose of cooling, and can also improve the annoying noise problem.

In order to achieve the above purpose, the utility model provides a computer host structure, including:

a pair of support members, which have first and second support members;

a main frame body, which is connected between the pair of support members and suspended to form two accommodating spaces separated from each other; and

A pair of side covers, the first and second side covers are combined together, and the main frame is wrapped in the first and second side covers, and the first and second side covers are combined with the first and second side covers The two support members are fixed together.

In order to further understand the features and technical contents of the present utility model, please refer to the following detailed description and accompanying drawings of the present utility model. However, the accompanying drawings are only for reference and illustration, and are not intended to limit the present utility model.

Description of drawings

Fig. 1 is the three-dimensional assembly diagram of the computer mainframe of the present invention.

Fig. 2 is a three-dimensional exploded view of the computer mainframe of the present invention.

Fig. 3 is a partial three-dimensional assembled view of the computer mainframe of the present invention.

Fig. 4 is a perspective view before installation of the positioning mechanism of the computer mainframe of the present invention at another viewing angle.

FIG. 4A is an installation action diagram (1) of the positioning mechanism of the computer mainframe of the present invention at another viewing angle.

Fig. 5 is an installation operation diagram (2) of the host computer of the present invention according to Fig. 4A.

FIG. 5A is another perspective view of the host computer of the present invention according to FIG. 5 .

Fig. 6 is an installation action diagram (3) of the computer mainframe of the present invention according to Fig. 4A.

Fig. 7 is an installation action diagram (1) of the anti-theft mechanism of the host computer of the present invention at another viewing angle.

Fig. 8 is the installation operation diagram (2) of the host computer of the present invention according to Fig. 7 .

Fig. 9 is the installation operation diagram (3) of the computer mainframe of the present invention according to Fig. 7 .

Fig. 10 is a bottom perspective view of the computer mainframe of the present invention after partial assembly.

Among them, reference signs:

1-Main frame body

10-body 11-side wall

12-side wall 120-notch

13-storage media shelf 131-bracket 132-tray

2- First support member

21-first panel 210-decorative plate 211-voice part

22 - first bracket

3- Second support member

31-Second panel 311-Installation part 312-Jack

313-lug 316-fixing hole 317-cushion body

318-Positioning Department

32 - second bracket

4-first side shell 41-locked part

4a - second side shell

5-first side cover 51-handle 52-opening 53-cover

5a - Second side cover

6- Anti-theft mechanism

61-Lock 610-Body 611-Lock

612-elastic arm 613-retaining wall

614-Pierce 615-Jack

7-Positioning mechanism

71-Positioning piece 710-Body 711-Control panel

712-stopper 714-side beam

715-long slot 716-fixing element

717-shrapnel 718-positioning body

72-block body 721-upper block body 722-lower block body

723-inner stopper 724-bump

8-Fixer

81-fold

9-foot body

Detailed ways

Please refer to Fig. 1 to Fig. 9, the utility model provides a computer mainframe structure, which mainly lies in being able to construct a computer mainframe with a completely new design and completely breaking through the existing stereotypes. The computer host includes: a main frame body 1, paired first and second support members 2, 3, and paired first and second side covers 5, 5a, and of course an anti-theft mechanism 6 and a Positioning mechanism7. If the first and second side covers 5 and 5a do not have anti-electromagnetic interference characteristics (EMI: Electro-Magnetic Interference), a second anti-electromagnetic interference material can be added on the inside of the first and second side covers 5 and 5a respectively. 1. Two side shells 4, 4a.

The main frame body 1 can be made of metal material, and it includes a main body 10 and a pair of side walls 11 and 12 respectively connected to the opposite sides of the main body 10, wherein the side wall 12 has the structure shown in Fig. 2 and Fig. 4 The notch 120 is shown, and the notch 120 is used for the positioning of any adapter card. These adapter cards (not shown) use their fixing pieces 8 to achieve the positioning effect.

Among the paired first and second supporting members 2, 3, the first supporting member 2 includes a first panel 21 and a first bracket 22, and the second supporting member 3 includes a second panel 31 and a second Bracket 32.

Wherein the first and second brackets 22, 32 can be made of metal material. The aforementioned main frame body 1 is connected between the first and second brackets 22, 32 by means of its paired side walls 11, 12, so that the main body 10 is suspended between the first and second brackets 22, 32, In order to form two accommodating spaces separated by an H-shaped (viewed from the side), one space can accommodate various storage media devices with low heat, and the other space can accommodate computer motherboards (PCBs) with high heat. ), to put the computer motherboards that require more heat dissipation together to form a separate heat dissipation space, so that under the same fan specification, the heat can flow in a faster way of convection, and the heat can be removed by the rotation of the fan to prevent the computer from cooling. The damage caused by overheating of the motherboard can avoid the need for a larger fan due to the large space, or avoid the loud noise caused by the high-speed rotation of the fan, so that the heat dissipation performance is in the best state and the noise effect can be reduced.

The first and second panels 21 and 31 are respectively arranged on the outer sides of the first and second brackets 22 and 32 so as to be assembled into the form shown in FIG. 3 . In addition, a decorative plate 210 is further provided on the outer side of the first panel 21 , and sound emitting parts 211 for emitting sound are provided at two opposite positions of the decorative plate 210 .

Each of the first and second side covers 5, 5a has a handle portion 51, so as to facilitate the user to carry the computer mainframe of the present invention. And the first and second side covers 5, 5a are aligned with the left and right sides of the aforementioned main frame body 1, so as to cover the main frame body 1 etc. in the first and second side covers 5, 5a. Wherein, the first and second side covers 5, 5a are fixed together with the side walls 11, 12 or/and the first and second brackets 22, 32 of the main frame body 1, and the first and second side covers 5, 5a are The adjoining parts after mating are also buckled together by buckling.

The anti-theft mechanism 6 (mainly seen in Fig. 7 to Fig. 9) comprises a mounting portion 311 mounted on the second panel 31, a lock 61 mounted on the mounting portion 311, and a pair of locks respectively located on the first, The locked part 41 of the two side covers 5, 5a, the lock 61 can be operated in the installation part 311 by manual operation, when the elastic arm 612 of the lock 61 is relatively inwardly pressed, and at the same time the lock 61 is moved toward When pushed inwardly, it can be locked in the respective locked portions 41 of the combined first and second side covers 5, 5a at the same time, so as to prevent the first and second side covers 5, 5a from being opened.

The lock 61 includes: a body 610 inserted and positioned in the installation part 311, a pair of lock parts 611 protruding from one end of the body 610 and protruding from the inside of the second panel 31 and the second bracket 32, a pair of lock parts 611 connected to the body 610 and each has an elastic arm 612 with a locking position, and a retaining wall 613 connected to the other end of the main body 610 and blocking the outside of the second panel 31 . Wherein, each locking position of the pair of elastic arms 612 and the installation part 311 can be locked and positioned with each other, and the relative internal pressure of the elastic arms 612 can be used to release the positioning; the pair of locking parts 611 can be inserted into the The first and second side covers 5 , 5 a are locked in each locked portion 41 after the mating; the retaining wall 613 has a through hole 614 and an insertion hole 615 .

The first kind of anti-theft: the outside of the second panel 31 has a lug 313 inserted through the through hole 614. At this time, if a padlock not shown in the figure is attached to the lug 313, the retaining wall can be locked. 613 is limited between the second panel 31 and the padlock and cannot escape, and the pair of locking parts 611 of the lock member 61 cannot escape from the locked part 41, so that the first and second side covers 5, 5a cannot be opened, To achieve the first anti-theft purpose.

The second anti-theft: the mounting portion 311 of the second panel 31 is further provided with a socket 312, the socket 615 of the lock piece and the socket 312 of the panel are opposite to each other and communicated. A computer cable lock not shown in the figure is plugged in at the same time, so that the computer cable lock can be connected between the computer host and a fixed object (such as a desk) and cannot be removed, so as to achieve the second anti-theft purpose.

After the second panel 31 , the second bracket 32 , and the side wall 12 are fixed to each other, they have mutually adjacent adjacent surfaces, and the notch 120 of the side wall 12 is exposed to the second panel 31 , and the notch 120 A fixing piece 8 (mainly shown in FIG. 4A ) belonging to an adapter card (not shown in the figure) is installed, and the flap 81 at one end of the fixing piece 8 is located at one end of the notch 120 .

The positioning mechanism 7 (mainly seen in FIGS. 4 to 6 ) includes a positioning member 71 and a plurality of baffles 72, each of which is provided on the abutting surface, and is located on the side of the notch 120. Around the end, it includes an inner stop body 723, a lower stop body 722, and an upper stop body 721 with a protrusion 724. The positioning member 71 is slidably connected between each stop body 72 of the gap 120, and the positioning member 71 One end of one end has a stop plate 712 bent into the notch 120 to stop the flap 81 of the fixing piece 8 for positioning.

Wherein the side beam 714 on one side of the positioning member 71 has a long groove 715, which can be guided by an adjacent protrusion 724 to slide, and the user can operate the positioning member 71 by holding it with fingers. The control panel 711 is used to make the positioning member 71 adjust its positioning position in a sliding manner. And between the second panel 31 and the positioning member 71, a fixing element 716 is locked to fix the positioning state of the positioning member 71, and the fixing element 716 is locked to the fixing hole on the second panel 31 through the positioning member 71 316 and fixed.

The host computer of the utility model only needs a main frame body 1, paired first and second brackets 22, 32, and paired first and second side covers 5, 5a to form its basic form, and its appearance only needs With a little change, whether it is cylindrical, polygonal, triangular or any other shape, it can achieve the effect of breaking through the traditional design pattern.

The computer mainframe of the utility model can arrange the computer motherboard (PCB) on the top surface of the main body 10 of the main frame body 1, and the electrical connector used for plugging in the computer peripheral equipment can be connected from one side. Wall 12 exposes; As for various storage medium devices (for example: hard disk, optical drive etc.), then can be arranged on the bottom surface of this main frame body 1 by a storage medium shelf 13 (seeing Fig. 2), this storage medium shelf 13 Then comprise a bracket 131 and a tray 132, wherein, the bracket 131 that can accommodate the unshown optical drive is located on the bottom surface of the main frame body 1 and is adjacent to the other side wall 11, and the unshown hard disk can be set The tray 132 is disposed on the bracket 131 ; of course, if there are other electronic devices to be installed, it is disposed at other places on the bottom surface of the main frame body 1 . It is possible to make full use of all the space of these brand-new computer mainframes.

The host computer of the utility model can set a 2.1-channel speaker group (not shown) on the main frame body 1, wherein the left and right channel speakers can be arranged on its other side wall 11, and automatically The two sound outlets 211 of the first supporting member 2 output sound.

The computer mainframe of the utility model can buckle a foot body 9 (see Fig. 1) at the approximate front end of its bottom edge, so that the computer mainframe can be safely placed, and as shown in Fig. A pad body 317 is provided at the rear end, so as to prevent slippage and prevent wear and tear of the computer host. And when carrying, then can pull down this foot body 9, and be accommodated in the outside place of the second panel 31 (see Fig. 4) by embedding mode, obviously convenient.

Please refer to Fig. 2, the first and second side covers 5, 5a of the main computer of the present invention can also be provided with a cover 53, for example, wherein the first side cover 5 offers an opening 52 (if provided When this first side shell 4, then this side shell also needs to have corresponding opening of course, but the figure number is not marked), and the inner side of this first side cover 5 is also provided with a cover body 53, and this cover body 53 can borrow The inner side of the first side cover 5 is moved back and forth by manual control, and the user controls the translation of the cover body 53 on the outer side of the first side cover 5 to open or close the opening 52, which can be exposed after opening. A plurality of other electrical connectors indirectly arranged on the main frame body 1 are used for plugging of computer peripheral equipment.

Please refer to FIG. 4 to FIG. 6, a positioning portion 318 is provided on both sides of the fixing hole 316 of the second panel 31, and the body 710 of the positioning member 71 is formed with an elastic piece 717 (as shown in FIG. 5A ). The free end of the elastic piece 717 has a positioning body 718 relative to each of the positioning parts 318, so that when the positioning part 71 is translated back and forth, the positioning body 718 of the positioning part 71 is elastically snapped into the two positioning parts 318, so that the back and forth translation of the positioning member 71 can have a positioning effect.

The structure of the utility model as described above has the following effects:

1. Effectively break through the existing stereotypes, and provide a newly designed computer mainframe, which can also have the effect similar to a portable audio system. Moreover, the utility model is also equipped with a 2.1-channel speaker set.

2. It can take into account the existing limitations of the host computer, so that the position of the main board, the hard disk, the optical drive, the electrical connector for peripheral equipment, etc. can be effectively configured in the newly designed host computer , so as to have both aesthetic appearance and functionality, and make full use of all the spaces of this new design, it is indeed an all-round design.

3. The two accommodating spaces of the H-shaped partition formed by the main frame body, one space can place various storage media devices with low heat, and the other space can place computer motherboards with high heat , so as to achieve excellent heat dissipation and noise reduction performance.

4. It can effectively utilize its anti-theft mechanism to prevent other people from opening the computer mainframe or removing the entire computer mainframe, so as to prevent the internal hard disk of the computer mainframe from being stolen.

5. It can effectively use its positioning mechanism to directly block and position the fixed piece of the adapter card, completely avoiding the difficulty of plugging and the trouble of locking screws.

In summary, the structure of a computer mainframe provided by the utility model can indeed solve the deficiency of the prior art.

The above descriptions are only preferred feasible embodiments of the present utility model, and therefore do not limit the patent scope of the present utility model, so all equivalent structural changes made by using the specification of the utility model and the contents of the accompanying drawings are all included in the same way Within the scope of the present utility model.

Claims (20)

1. A computer host structure, characterized in that it comprises: a pair of support members, which have first and second support members; a main frame body, which is connected between the pair of support members and suspended to form two accommodating spaces separated from each other; and A pair of side covers, the first and second side covers are combined with each other, and at the same time the main frame is covered in the first and second side covers, and the first and second side covers are combined with the The first and second supporting members are fixed together. 2. The computer mainframe structure according to claim 1, wherein the first and second side covers can form one of cylindrical, polygonal, or triangular shapes after they are combined, and they are locked together by means of buckling. And snap together. 3. The host computer structure according to claim 1, characterized in that, in the two accommodating spaces of the main frame body, various storage media devices with low heat are placed in one of the accommodating spaces, and in one of the accommodating spaces The other accommodating space is placed with a computer motherboard with high heat, and the another accommodating space is further provided with a cooling fan. 4. The computer mainframe structure according to claim 1, wherein the first and second side covers are covers with anti-electromagnetic interference characteristics. 5. The computer mainframe structure according to claim 1, wherein a first and a second side shell with anti-electromagnetic interference characteristics are added on the inner sides of the first and second side covers respectively. 6. The computer mainframe structure according to claim 1, wherein the main frame body comprises a main body and a pair of side walls respectively connected to opposite sides of the main body, and the pair of side walls are respectively fixed to corresponding The first and second support members, the body is bridged between the first and second support members. 7. The computer mainframe structure according to claim 1, characterized in that, the bottom surface of the main frame body is further provided with a storage medium rack for setting various storage medium devices. 8. The computer mainframe structure according to claim 1, wherein the first and second supporting members each comprise a bracket and a panel arranged outside the bracket, and the main frame body is connected to The pair of brackets are suspended in the air. 9. The computer mainframe structure according to claim 8, characterized in that, one of the pair of panels is further provided with a decorative panel, and the decorative panel is arranged on the outer side of the panel. 10. The computer mainframe structure according to claim 1, further comprising an anti-theft mechanism, said anti-theft mechanism comprising a mounting portion provided on one of the first and second support members, A lock piece installed on the installation part, and a pair of locked parts respectively arranged on the first and second side covers, the lock piece is installed on the installation part, and the lock piece is simultaneously locked on the mated Each of the locked portions of the pair of first and second side covers. 11. The computer mainframe structure according to claim 10, wherein the lock of the anti-theft mechanism comprises a body inserted and positioned in the installation part, a pair of protruding and protruding parts from one end of the body The locking part on the inside of the first and second support members, and a retaining wall connected to the other end of the body and blocked on the outside of the second support member, the locking parts can be locked at the same time after mating Each of the locked parts of the first and second side covers, the retaining wall has a perforation, and the outer side of the second support member has a lug inserted through the perforation, and the lug is locked There is a padlock, and the retaining wall is confined between the second support member and the padlock. 12. The main computer structure according to claim 11, characterized in that, in the anti-theft mechanism, the retaining wall of the lock is further provided with a socket, and the mounting part of the second support member is further provided with a socket, and the two The jacks are opposite to each other and communicated with each other. A computer cable lock is plugged into the two jacks at the same time, and the computer cable lock is connected between the computer host and a fixed object. 13. The computer mainframe structure according to claim 11, wherein the lock of the anti-theft mechanism further comprises a pair of elastic arms connected to the body and each having a locking position, each of the pair of elastic arms The locking positions are respectively locked in the installation part, and the lock is positioned in the installation part. 14. The computer mainframe structure according to claim 1, characterized in that there is a notch at the adjacent surface between the main frame body and one of the first and second support members, and the notch A fixed piece belonging to the adapter card is installed inside, and the flap at one end of the fixed piece is located at one end of the notch. 15. The computer mainframe structure according to claim 14, further comprising a positioning mechanism, said positioning mechanism comprising a positioning piece and a plurality of baffles, each of said baffles being arranged at said adjoining surface , and located around the end of the notch, the locating piece is slid between the stoppers of the notch, and one end of the locating piece is stopped by the flap of the fixing piece for positioning . 16. The computer host structure according to claim 15, wherein the measuring beam on the side of the positioning member of the positioning mechanism has a long slot, and the stopper has a protrusion slidingly connected to the long slot. 17. The computer mainframe structure according to claim 15, characterized in that one end of the positioning member of the positioning mechanism has a stop plate bent into the notch, and the stop plate stops at the fixed Positioned by the flap of the sheet. 18. The computer mainframe structure according to claim 15, characterized in that, between the adjoining surface between the main frame body and the second supporting member, and the positioning piece of the positioning mechanism, a fixed An element that fixes the positioning state of the positioning member. 19. The computer mainframe structure according to claim 15, characterized in that, between the adjoining surface between the main frame body and the second supporting member, and the positioning piece of the positioning mechanism, there is a gap between the adjoining surface There are a plurality of positioning parts on the surface, and an elastic piece is provided on the positioning piece, and a positioning body opposite to any positioning part is provided at the free end of the elastic piece, and the positioning body is located between the positioning parts. On a straight line formed, the straight line is parallel to the translation direction of the positioning member. 20. The computer mainframe structure according to claim 1, wherein the first and second side covers are provided with an opening and a cover body corresponding to the opening, and each of the cover bodies uses the first 1. One side of the two side covers is used as a basis to open and close the opening in translation.

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