KR102648590B1 - Computer case assembly kit - Google Patents

Abstract

A computer case assembly kit is provided. The computer case assembly kit includes a motherboard mount panel, first and second frame assemblies located on the left and right sides (X-axis direction) of the motherboard mount panel, and a motherboard mount panel and first and second frame assemblies, respectively. Includes connecting parts.

Description

Computer case assembly kit

The present invention relates to a computer case assembly kit, and more specifically, to a computer case assembly kit that can be easily manufactured by connecting the frame assembly with connectors in the left and right directions (X-axis direction) around the motherboard mount panel. will be.

Generally, a computer case consists of a frame for mounting various hardware such as a motherboard, HDD, FDD, optical disk drive, and power supply, and a case surrounding the frame.

The frame constitutes the bottom, back, and internal skeleton of the main body. It is made up of several parts that are cut from steel plates and bent into the required shape, and are welded or screwed together, and various hardware is fixed, so it has sufficient structural strength. It is designed to

In addition, the case constitutes the front, plane, and left and right sides of the main body. The plane and left and right sides are mainly manufactured by cutting and bending steel plates, and the front is manufactured and assembled from plastic injection molding or tempered glass.

As a prior art of the computer case, a prefabricated computer case was disclosed in Republic of Korea Public Utility Model Publication No. 20-2010-0007392. This prior art consists of forming a front plate, left and right side plates, back plate, and upper and lower plates respectively and assembling them by fastening with screws.

However, in the prior art, since the shape and size of each plate are not the same, manufacturing equipment must be installed to form each plate, which reduces productivity and increases manufacturing costs.

Additionally, there is a problem in that the size of the computer case cannot be adjusted because the size of the plate produced by pressurization or mold cannot be increased or decreased.

In addition, there is a problem in that the installation positions of parts cannot be adjusted in plates manufactured by press and mold, so they cannot be manufactured compactly.

Republic of Korea Public Utility Model Publication No. 20-2010-0007392

The problem to be solved by the present invention is to provide a computer case assembly kit that can be easily manufactured by connecting the frame assembly with connections in the left and right directions (X-axis direction) centered on the motherboard mount panel.

In addition, we provide a computer case assembly kit that allows the size of the computer case to be adjusted by adding and connecting other connection parts and other frame assemblies to the connection part.

In addition, we provide a computer case assembly kit that allows you to adjust the positions of components mounted on the motherboard mount panel and frame assembly.

In addition, the problems of the present invention are not limited to the problems mentioned above, and other technical problems not mentioned will be clearly understood by those skilled in the art from the description below.

A computer case assembly kit according to an embodiment for solving the above problem includes a motherboard mount panel, first and second frame assemblies located in the left and right directions (X-axis direction) of the motherboard mount panel, and It includes a connecting portion connecting the motherboard mount panel and the first and second frame assemblies, respectively.

The first and second frame assemblies include a pair of horizontal frames formed to correspond to the upper and lower directions (Z-axis direction) of the motherboard mount panel, and the front and rear directions (Y-axis direction) of the motherboard mount panel. direction), and includes a pair of vertical frames overlapping at the ends of the horizontal frame in the front and rear directions (Y-axis direction), and a fixing member for combining and fixing the overlapping horizontal frames and the vertical frames. You can.

The first and second frame assemblies include a pair of horizontal frames formed to correspond to the upper and lower directions (Z-axis direction) of the motherboard mount panel and the front and rear directions (Y-axis direction) of the motherboard mount panel. ) A pair of vertical frames formed to correspond may be connected to each other and formed as one piece.

The connection part may include a first connection part connecting the motherboard mount panel and the first frame assembly and a second connection part connecting the motherboard mount panel and the second frame assembly.

The first connection part includes a first axis connecting the motherboard mount panel and the first frame assembly, and a first coupling member coupling the first frame assembly and the first axis, and the second connection part includes the first frame assembly. It includes a second axis connecting the motherboard mount panel and the second frame assembly, and a second coupling member coupling the second frame assembly and the second axis, and is coupled to any one of the first axis and the second axis. The protrusion protrudes, and a coupling groove in which the coupling protrusion is coupled may be recessed on the other axis.

Adjusting the size of the computer case by coupling the second axis of another second connection to the first axis, or combining the second axis of the other second connection to the second axis, and combining another first or second frame assembly to adjust the size of the computer case forming, or, coupling the second axis of another second connection to the first axis, or coupling the second axis of the other second connection to the second axis, and forming a first or second frame that is different from another motherboard mount panel. By repeating the assembly process, the size of the computer case can be adjusted and formed.

It may further include a finishing member mounted on one of the first and second frame assemblies or the first and second frame assemblies, and a finishing coupling member that secures the finishing member and the frame assembly.

It further includes a power switch unit installed on either the motherboard mount panel or the first and second frame assemblies, wherein the power switch unit includes a switch bracket, a reset and power switch mounted on the switch bracket, and a power switch connected to the switch bracket. Installed jack ports may include USB.

The switch bracket is formed in a plate shape, has a front member through which an installation hole penetrates, an upper upper surface plate is bent at an upper end of the front member in a direction perpendicular to the front member, and an upper upper surface plate is vertically aligned at a side of the upper upper surface plate. An upper member in which a plate is bent and a lower lower surface plate is bent at an end of the upper side plate to correspond to the upper upper surface plate; a lower lower surface plate is bent at a lower end of the front member in a direction perpendicular to the front member; and a side portion of the lower lower plate. It may include a lower member in which the lower side plate is bent vertically, and the lower upper surface plate is bent at an end of the lower side plate to correspond to the lower lower surface plate.

The upper top plate, the upper side plate, and the upper bottom plate are bent in succession to surround one of the reset and power switches, and the lower bottom plate, the lower side plate, and the lower top plate are bent in succession. It may be formed to surround the other of the reset and power switches.

It further includes a slot portion installed at a lower portion of the motherboard mount panel and frame assembly, wherein the slot portion includes a riser bracket installed at a lower portion of the motherboard mount panel and frame assembly, and a slot bracket installed perpendicular to the riser bracket. And it may include a riser cable installed on the riser bracket.

It further includes an installation guide installed between the motherboard mount panel and a lower portion of the frame assembly, wherein the installation guide includes: a first mount bracket installed between the motherboard mount panel and the lower portion of the frame assembly; and a component fixing member for fixing components installed on the first mount bracket, wherein the first mount bracket includes a bracket body installed in the longitudinal direction of the motherboard mount panel and the frame assembly, and a side portion of the bracket body. It includes an installation guide piece bent to form an installation hole formed through an inside of the bracket body, and the component fixing member includes a seating piece that is seated and fixed to the first mount bracket, and is bent upward from an end of the seating piece. It may include a vertical piece formed, a horizontal piece bent horizontally from an end of the vertical piece, and a locking piece bent downward from an end of the horizontal piece.

It further includes an installation guide installed between the motherboard mount panel and the lower part of the frame assembly, wherein the installation guide part includes a second mount bracket and a second mount bracket installed between the motherboard mount panel and the lower part of the frame assembly. It may include a box fixing member that secures the parts installed in the box.

The second mount bracket includes a bracket body installed in the longitudinal direction of the motherboard mount panel and the frame assembly, and a moving guide hole formed in the longitudinal direction inside the bracket body, the moving guide hole being located in the bracket body. It may include a movable motion hole penetrated in the longitudinal direction therein and a coupling guide space penetrated orthogonally to the movable motion hole at a central portion of the movable motion hole.

The motherboard mounting panel and frame assembly may further include a storage unit that guides the installation of the disk drive.

It may further include a radiator bracket that is fixed to the motherboard mount panel and guides installation of the radiator.

According to the computer case assembly kit according to an embodiment of the present invention, the frame assembly can be easily manufactured by connecting the frame assembly in the left and right directions (X-axis direction) with connectors centered on the motherboard mount panel.

In addition, since other connection parts and other frame assemblies can be added and connected to the connection part, the size of the computer case can be adjusted and manufactured, and various parts can be installed, so a high-performance computer can be implemented.

In addition, the positions of components mounted on the motherboard mount panel and frame assembly can be adjusted, making it possible to create a compact computer case.

1 to 3 are perspective views of a computer case assembly kit according to an embodiment of the present invention.
4 to 5 are exploded perspective views of a computer case assembly kit according to an embodiment of the present invention.
Figures 6 and 7 are an exploded perspective view and a cross-sectional view showing the connection portion of the computer case assembly kit according to an embodiment of the present invention.
Figure 8 is an exploded perspective view of a computer case assembly kit according to another embodiment of the present invention.
Figures 9 to 11 are a perspective view and an exploded perspective view showing the power switch portion of a computer case assembly kit according to an embodiment of the present invention.
Figure 12 is an exploded perspective view showing the slot portion of the computer case assembly kit according to an embodiment of the present invention.
Figure 13a is an exploded perspective view showing the installation guide of the computer case assembly kit according to an embodiment of the present invention.
Figure 13b is an exploded perspective view showing another embodiment of the installation guide part of the computer case assembly kit according to an embodiment of the present invention.
Figure 14 is a perspective view showing the storage portion of the computer case assembly kit according to an embodiment of the present invention.
Figure 15 is a perspective view showing a radiator bracket of a computer case assembly kit according to an embodiment of the present invention.
Figure 16 is a schematic diagram of the hardware installed in the computer case assembly kit of the present invention as an example.

The advantages and features of the present invention and methods for achieving them will become clear by referring to the embodiments described in detail below along with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below and will be implemented in various different forms. The present embodiments only serve to ensure that the disclosure of the present invention is complete and that common knowledge in the technical field to which the present invention pertains is not limited. It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims.

Hereinafter, specific embodiments will be described with reference to the attached drawings.

Figures 1 to 3 are perspective views of a computer case assembly kit according to an embodiment of the present invention, and Figures 4 to 5 are exploded perspective views of a computer case assembly kit according to an embodiment of the present invention.

1 to 5, the computer case assembly kit 10 according to one embodiment includes a motherboard mount panel 100, first and second frame assemblies 200 and 200', and a connection portion 300. may include.

The motherboard mount panel 100 is configured to install various hardware such as a motherboard, disk drives such as HDD and SSD, and power supply. The motherboard mount panel 100 is a plate-shaped body, and a through hole through which the connection portion 300 is coupled may pass through a corner of the plate. Inside the plate body, a long hole may be penetrated to adjust the installation position of various hardware.

The first and second frame assemblies 200 and 200' are located in the left and right directions (X-axis direction) of the motherboard mount panel 100, and include a pair of horizontal frames 210 and a pair of vertical frames. It may include a frame 220 and a fixing member 230.

A pair of horizontal frames 210 may be formed to correspond to the upper and lower directions (Z-axis direction) of the motherboard mount panel 100.

A pair of vertical frames 220 may be formed to correspond to the front and rear directions (Y-axis direction) of the motherboard mount panel 100. The vertical frame 220 may overlap the ends of the horizontal frame 210 in the front and rear directions (Y-axis direction).

A pair of horizontal frames 210 and a pair of vertical frames 220 may be provided to correspond to the upper and lower directions (Z-axis direction) of the motherboard mount panel 100. The pair of horizontal frames 210 are bar-shaped bodies, and holes through which the fixing members 230 are coupled may pass through both ends of the body (Y-axis direction). Both ends of the body may be formed to be wider than the central portion of the body so that the portion overlapping with the pair of vertical frames 220 is widened. Inside the body, a long hole may pass through in the longitudinal direction (Y-axis direction) to adjust the installation position of various hardware.

The fixing member 230 combines and secures the overlapping horizontal frame 210 and the vertical frame 220, and may be a bolt or a fitting member.

The first and second frame assemblies 200 and 200' include a pair of horizontal frames 210 and a motherboard mount panel formed to correspond to the upper and lower directions (Z-axis direction) of the motherboard mount panel 100. A pair of vertical frames 220 formed to correspond to the front and rear directions (Y-axis direction) of 100 may be connected to each other and formed as one piece.

Referring to FIGS. 6 and 7, the connection portion 300 is configured to connect the motherboard mount panel 100 and the first and second frame assemblies 200 and 200', respectively. The first connection portion 310, It may include a second connection portion 320.

The first connection portion 310 connects the motherboard mount panel 100 and the first frame assembly 200, and the first axis 311 connects the motherboard mount panel 100 and the first frame assembly 200. ) and a first coupling member 312 that couples the first frame assembly 200 and the first shaft 311. The first coupling member 312 may be a bolt.

The second connection portion 320 connects the motherboard mount panel 100 and the second frame assembly 200', and is a second axis connecting the motherboard mount panel 100 and the second frame assembly 200'. It may include 321 and a second coupling member 322 that couples the second frame assembly 200' and the second shaft 321. The second coupling member 322 may be a bolt.

A coupling protrusion 330 may protrude on one of the first axis 311 and the second axis 321, and a coupling groove 340 into which the coupling protrusion 330 may be recessed may be recessed on the other axis. there is. In the following, the description will be limited to the case where the coupling protrusion 330 protrudes on the second axis 321 and the coupling groove 340 is formed on the first axis 311. The coupling protrusion 330 may be connected to the through hole of the motherboard mount panel 100 and the coupling groove 340.

A fastening groove may be formed in the first and second coupling members 322.

Meanwhile, the second axis of the other second connection unit is coupled to the first axis 311, or the second axis of the other second connection unit is coupled to the second axis, and the other first or second frame assembly is coupled to the computer case. It can be formed by adjusting the size to the size desired by the user, or the second axis of another second connection part is coupled to the first axis 311, or the second axis of another second connection part is coupled to the second axis. , the size of the computer case can be adjusted to the user's desired size by repeating the process of combining another motherboard mount panel and another first or second frame assembly.

In addition, referring to FIG. 8, a finishing member 400 is mounted on either the first and second frame assemblies 200 (200') or the first and second frame assemblies (200'), and The member 400 can be coupled and fixed with a finishing coupling member 410. The finishing member 400 is made of tempered glass or acrylic, and may have holes in the corners. The finishing coupling member 410 may be fixed by inserting it into a fastening groove of the coupling member through a hole penetrating the finishing member 400 or by fastening with a screw.

In addition, referring to FIGS. 9 to 11, it further includes a power switch unit 500 installed on either the motherboard mount panel 100 or the first and second frame assemblies 200 and 200', The power switch unit 500 may include a switch bracket 510 and a reset and power switch 520.

The switch bracket 510 is mounted on either the motherboard mount panel 100 or the first and second frame assemblies 200 and 200', and includes the front member 511, the upper member 512, and the lower member. It may include (513).

The front member 511 is formed in a plate shape, and an installation hole may be penetrated therein.

The upper member 512 is formed at the upper end of the front member 511, and includes an upper upper surface plate 512a and an upper upper surface plate 512a bent horizontally to be perpendicular to the front member 511 at the upper end of the front member 511. ) An upper side plate 512b that is vertically bent in the same longitudinal direction as the front member 511 on the side and is in close contact with the motherboard mount panel 100, and an upper top plate 512a at the end of the upper side plate 512b. It includes an upper bottom plate 512c that is bent to correspond to the upper bottom plate 512a, the upper side plate 512b, and the upper bottom plate 512c are bent in succession to use one of the reset and power switches 520. It can be formed to surround the switch.

The lower member 513 is formed at the lower end of the front member 511, and includes a lower lower surface plate 513a bent horizontally so as to be perpendicular to the front member 511 at the lower end of the front member 511, and a lower lower surface plate ( 513a) a lower side plate 513b that is vertically bent in the same longitudinal direction as the front member 511 on the side and is in close contact with the motherboard mount panel 100, and a lower bottom plate 513a at the end of the lower side plate 513b ) and a lower upper surface plate 513c that is bent to correspond to the other one of the reset and power switches 520. It can be formed to surround the switch.

The reset and power switch 520 may be a switch that boots or reboots the computer.

It further includes a connection plate bent perpendicular to the upper bottom plate 512c and the lower top plate 513c, and a jack port USB 530 installed on the connection plate, and the jack port USB 530 is a USB jack or an audio jack. Jacks, etc. may be installed.

In addition, referring to FIG. 12, it further includes a slot portion 600 installed at the lower portion of the motherboard mount panel 100 and the frame assembly, and the slot portion 600 includes a riser bracket 610 and a slot bracket 620. , may include a riser cable 630.

The riser bracket 610 may be installed on the lower part of the motherboard mount panel 100 and the frame assembly. However, it is not limited to this, and the riser bracket 610 may be installed in various locations. The riser bracket 610 may include a riser bottom plate 611, a riser vertical plate 612, and a fixing groove 613.

The riser bottom plate 611 may be formed as the width of the gap between the motherboard mount panel 100 and the frame assembly. The length of the riser bottom plate 611 may be formed to accommodate the riser cable 630.

The riser vertical plate 612 may be bent on both sides of the riser bottom plate 611 and may be in close contact with the motherboard mount panel 100 and the frame assembly. The riser vertical plate 612 may protrude further than the riser bottom plate 611.

The fixing groove 613 is formed by being recessed at the end of the riser bottom plate 611, and may be a groove into which a bolt fixing the slot bracket 620 is fastened.

A guide hole may be formed in the riser bottom plate 611 to guide the installation of electric wires.

The slot bracket 620 is installed perpendicularly to the riser bracket 610 and includes a slot body 621, a lower bent piece 622, a side bent piece 623, an upper bent piece 624, and an installation space 625. may include.

The slot body 621 may be formed to have the same width as the riser bottom plate 611. The slot body 621 may have installation holes penetrated therein at regular intervals.

The lower bent piece 622 may be bent at the lower part of the slot body 621 and seated on the riser bracket 610.

The side bent pieces 623 are bent on both sides of the slot body 621 above the lower bent pieces 622, and may be in close contact with the motherboard mount panel 100 and the frame assembly.

The upper bent piece 624 may be bent at the upper part of the slot body 621.

The installation space 625 may be formed between the lower bent piece 622 and the side bent piece 623. The installation space 625 is formed as high as the riser vertical plate 612 of the riser bracket 610, so that both sides of the slot body 621 can be tightly coupled to the riser vertical plate 612.

The riser cable 630 may be a cable installed on the riser bracket 610.

In addition, referring to Figure 13a, it further includes an installation guide 700 installed between the motherboard mount panel 100 and the lower part of the frame assembly, and includes a first mount bracket 710 and a component fixing member 720. It can be included.

The first mount bracket 710 is installed between the motherboard mount panel 100 and the lower part of the frame assembly, and may include a bracket body 711, an installation guide piece 712, and an installation hole 713.

The bracket body 711 may be installed in the longitudinal direction of the motherboard mount panel 100 and the frame assembly.

The installation guide piece 712 is bent on the side of the bracket body 711 and can be in close contact with the motherboard mount panel 100 and the frame assembly.

The installation hole 713 is formed through the inside of the bracket body 711 so that parts can be installed.

The part fixing member 720 is installed on the first mount bracket 710 and is configured to fix the part, and includes a seating piece 721, a vertical piece 722, a horizontal piece 723, and a locking piece 724. The seating piece 721 is seated and fixed to the first mount bracket 710, the vertical piece 722 is bent upward from the end of the seating piece 721, and the horizontal piece 723 is the vertical piece 722. It is bent horizontally at the end, and the stopping piece 724 may be bent downward at the end of the horizontal piece 723.

Referring to FIG. 13B, the installation guide 700 may include a second mount bracket 730 and a box fixing member 740.

The second mount bracket 730 is installed between the motherboard mount panel 100 and the lower part of the frame assembly, and may include a bracket body 731 and a movement guide hole 732.

The bracket body 731 is installed in the longitudinal direction of the motherboard mount panel 100 and the frame assembly, and an installation guide piece ( 731a) may be included.

The movable guide hole 732 includes a movable guide hole 732a penetrating in the longitudinal direction inside the bracket body 731 between the installation guide pieces 731a, and a movable guide hole 732a at the center of the movable guide hole 732a. It may include a combination guide space 732b orthogonal to .

The box fixing member 740 is installed on the second mount bracket 730 and is configured to fix parts, and may include a box fixing piece 741 and a box coupling piece 742.

The box fixing piece 741 may be formed to be opened downward so as to surround the component.

The box coupling piece 742 may be bent at the end of the box fixing piece 741 and coupled to the coupling guide space 732b. After the box coupling piece 742 is coupled to the coupling guide space 732b, the box fixing piece 741 can move along the moving hole 732a. At this time, the box coupling piece 742 is in close contact with the bottom of the bracket body 731, thereby preventing the box fixing piece 741 from being separated.

In addition, referring to FIG. 14, it further includes a storage unit 800 that guides the installation of the disk drive on the motherboard mount panel 100 and the frame assembly, and the storage unit 800 includes a storage body 810 and a storage slot. It may include a hole 820 and a storage bent piece 830.

The storage body 810 may be a body installed between the motherboard mount panel 100 and the frame assembly. A plurality of drive installation spaces 625 in which a disk drive is installed may be formed inside the storage body 810.

The storage slot hole 820 is formed inside the storage body 810 and may be a hole into which a bolt that secures a disk drive installed in the drive installation space is inserted. The number of storage slot holes 820 may be equal to or greater than the number of drive installation spaces.

The storage bending piece 830 may be bent on both sides of the storage body 810 so as to be perpendicular to the storage slot hole 820 and may be in close contact with the motherboard panel and frame assembly.

In addition, referring to FIG. 15, it is fixed to the motherboard mount panel 100 and further includes a radiator bracket 900 that guides the installation of the radiator, and the radiator bracket is attached to the motherboard mount panel 100. It may include a radiator body 910 in close contact with the radiator body 910 and a radiator bending piece 920 bent to the radiator body 910.

Next, the manufacturing process of the computer case assembly kit 10 configured as described above will be described.

First, referring to FIGS. 6 and 7, the ends of a pair of bar-shaped horizontal frames 210 and a pair of bar-shaped vertical frames 220 are overlapped, and the overlapping pair of horizontal frames 210 The first and second frame assemblies 200 and 200' can be formed by fixing the pair of vertical frames 220 with the fixing member 230. Here, the first and second frame assemblies 200 and 200' may be integrally formed by connecting the ends of a pair of horizontal frames 210 and a pair of vertical frames 220 to each other.

The first and second frame assemblies 200 and 200' are positioned corresponding to the left and right directions (X-axis direction) of the motherboard mount panel 100, and the motherboard mount panel 100 and the first The through holes passing through the frame assembly 200 can be positioned so that they are on the same line.

When the through holes of the motherboard mount panel 100 and the first frame assembly 200 are on the same line, a first connection portion 310 is formed between the motherboard mount panel 100 and the first frame assembly 200. After positioning the first shaft 311, the first frame assembly 200 and the first shaft 311 can be fixed by fastening them with the first coupling member 312.

The second axis 321 of the second connection portion 320 is brought into close contact with the through hole of the motherboard mount panel 100, and the engaging protrusion 330 protruding from the second axis 321 is connected to the motherboard mount panel 100. When coupled through the through hole, the coupling protrusion 330 is coupled to the coupling groove 340 formed on the first axis 311, and the second axis 321, the motherboard mount panel 100, and the first axis 311 are connected to each other. can be connected At this time, the coupling protrusion 330 may be formed to be larger than the coupling groove 340 and be coupled by pressure fitting or by screw fastening.

In addition, after the second frame assembly 200' is brought into close contact with the second axis 321, the second frame assembly 200' and the second axis 321 are fastened and fixed with the second coupling member 322. By doing so, the motherboard mount panel 100 and the first and second frame assemblies 200 and 200' can be connected to the first and second connection parts 310 and 320.

Here, the second axis of the other second connector is coupled to the first axis 311, or the second axis of the other second connector is coupled to the second axis, and the other first or second frame assembly is coupled to the computer case. The size of can be formed to the size desired by the user. And a second axis of another second connector is coupled to the first axis 311, or a second axis of another second connector is coupled to the second axis, and a first or second frame assembly is different from another motherboard mount panel. can also be sequentially combined to form the size of the computer case. However, it is not limited to this, and the computer case may be formed in various shapes and sizes depending on the position where the motherboard mount panel and the first and second frame assemblies are connected.

Additionally, referring to FIGS. 9 to 11, the power switch unit 500 can be installed on either the motherboard mount panel 100 or the first and second frame assemblies 200 and 200'. The power switch unit 500 can be fixed by coupling a reset and power switch to the installation hole of the front member 511 of the switch bracket 510, and fastening the reset and power switch 520 with a nut. At this time, the reset and power switch 520 can be protected by being surrounded by the front member 511 and the upper member 512 and lower member 513 formed on the upper and lower parts of the front member 511. And in the other installation hole of the front member 511, the jack port USB 530 is brought into close contact with the front member 511 so that the USB and audio jacks are combined, and then the jack port USB 530 and the front member 511 are bolted together. It can be fixed by tightening.

Referring to FIGS. 1 to 3, the upper side plate 512b and lower side plate 513b of the power switch unit 500 fixed through the above process are brought into close contact with the motherboard mount panel 100, and the upper and The lower side plate 513b and either the motherboard mount panel 100 or the first and second frame assemblies 200 and 200' can be fastened with bolts. The power switch can be installed anywhere on the front, rear, or top of the motherboard mount panel 100 or the first and second frame assemblies 200 and 200', depending on the computer user's preference.

In addition, referring to FIG. 12, the slot body of the slot bracket 620 is seated on the riser bottom plate 611 of the riser bracket 610, and the slot body moves from the front end of the riser bottom plate 611 to the rear end. Can be combined. At this time, the installation space 625 formed at the lower end of the slot body accommodates the riser vertical plate 612 of the riser bracket 610, and the side portion of the slot body is in close contact with the inner surface of the riser vertical plate 612, and at the same time, the The lower bent piece 622 is seated on the upper surface of the riser bottom piece, and the lower bent piece 622 and the riser bottom plate 611 can be fastened and fixed with bolts, and the bolts penetrate the lower bent piece 622. It can be fastened to the fixing groove 613 through the hole.

When the slot bracket 620 is fixed to the riser bracket 610, the riser cable 630 can be fixed to the riser bottom plate 611 behind the slot bracket 620 to form the slot portion 600.

Referring to FIGS. 2 and 3, the slot portion 600 formed as described above can be coupled between the motherboard mount panel 100 and the first frame assembly 200 and then secured by bolting, and the slot The riser cable 630 of the unit 600 can be zigzagged through a plurality of holes in the motherboard mount panel 100 and then connected to other components.

In addition, referring to FIG. 13A, after seating the seating piece 721 of the component fixing member 720 on the bracket body 711 of the first mount bracket 710 and fixing it with a bolt, the installation guide 700 is installed. It can be coupled to the lower part between the motherboard mount panel 100 and the second frame assembly 200' and fixed with bolts. In addition, a part such as a water pump is seated on the first mount bracket 710 in the installation hole 713, and the locking piece 724 of the part fixing member 720 is hung and fixed to the part to prevent the part from moving. You can.

Referring to Figure 13b, the box coupling piece 742 of the box fixing member 740 can be coupled to the moving guide hole 732 of the second mount bracket 730. At this time, the box coupling piece 742 is coupled to the coupling guide space 732b of the moving guide hole 732, and at the same time, when the box fixing member 740 is moved in the direction of the moving guide hole 732a, the box The coupling piece 742 may separate from the coupling guide hole to form an installation guide portion 700 located on the bottom of the bracket body 731. Here, the box coupling piece 742 is located on the bottom of the bracket body 731, thereby preventing the movement guide hole 732 from being separated.

Referring to Figures 1 to 3, the installation guide 700 formed as described above can be coupled to the lower part between the motherboard mount panel 100 and the second frame assembly 200' and then fixed by bolting. After mounting separate parts on the second mount bracket 730 of the installation guide 700, movement of the parts can be prevented by moving the box fixing member 740.

In addition, referring to Figure 14, the storage part 800 is formed by pressurization of a press or a mold, and referring to Figures 1 to 3, the storage part 800 is formed on the main upper part of the installation guide part 700. After joining between the board mount panel 100 and the second frame assembly 200', it can be fixed by fastening with bolts.

In addition, referring to Figure 15, the radiator bracket 900 is formed by pressurizing a press or using a mold, and referring to Figures 1 to 3, the radiator bracket 900 is adhered to the motherboard mount panel 100. Afterwards, it is fastened and fixed with bolts, and tempered glass or A computer case assembly kit 10 can be formed by mounting a finishing member 400 made of acrylic and combining the finishing member 400 and the frame assembly with a finishing coupling member 410.

Additionally, referring to FIG. 16, a computer body can be formed by installing each component in the computer case assembly kit 10 formed through the above process.

Although embodiments of the present invention have been described above with reference to the attached drawings, those skilled in the art will understand that the present invention can be implemented in other specific forms without changing its technical idea or essential features. You will be able to understand it. Therefore, the embodiments described above should be understood in all respects as illustrative and not restrictive.

10: Computer case assembly kit
100: Motherboard mount panel
200,200': First and second frame assemblies
210: A pair of horizontal frames
220: A pair of vertical frames
230: Fixing member
300: connection part
310: first connection portion
311: 1st axis
312: first coupling member
320: second connection portion
321: 2nd axis
322: Second coupling member
330: Combined protrusion
340: Combination groove
400: Finishing member
410: Finishing joining member
500: Power switch unit
510: switch bracket
511: Front member
512: Upper member
512a: upper face plate
512b: upper side plate
512c: upper bottom plate
513: lower member
513a: lower bottom plate
513b: lower side plate
513c: lower top plate
520: Reset and power switch
530: Jack port USB
600: Slot portion
610: Riser bracket
611: Riser bottom plate
612: Riser vertical plate
613: Fixed groove
620: Slot bracket
621: slot body
622: Lower bending piece
623: Side bending piece
624: Upper bent piece
625: installation space
630: riser cable
700: Installation guide
710: First mount bracket
711: Bracket body
712: Installation guide
713: Installation hole
720: Part fixing member
721: Landing flight
722: Vertical piece
723: horizontal piece
724: Jamming piece
730: Second mount bracket
731: Bracket body
731a: Installation guide
732: Movement guide
732a: Moving guide ball
732b: Combined guidance space
740: Box fixing member
741: Box fixing piece
742: Box combination
800: storage unit
810: storage body
820: Storage slot hole
830: storage bending piece
900: Radiator bracket
910: Radiator body
920: Radiator bending piece

Claims (16)

Motherboard mount panel;
First and second frame assemblies located in the left and right directions (X-axis direction) of the motherboard mount panel; and
It includes a connecting portion connecting the motherboard mount panel and the first and second frame assemblies, respectively,
Further comprising a slot portion installed at the lower end of the motherboard mount panel and frame assembly,
The slot part,
A riser bracket installed at the lower end of the motherboard mount panel and frame assembly;
a slot bracket installed perpendicular to the riser bracket; and
A computer case assembly kit including a riser cable installed on the riser bracket.
The method of claim 1, wherein the first and second frame assemblies are:
a pair of horizontal frames formed to correspond to the upper and lower directions (Z-axis direction) of the motherboard mount panel;
It is formed to correspond to the front and rear directions (Y-axis direction) of the motherboard mount panel, and the (top and bottom directions (Z-axis direction) ends of the vertical frame are deleted) in the front and rear directions of the horizontal frame (Y a pair of vertical frames overlapping at the axial) ends; and
A computer case assembly kit including a fixing member that combines and secures the overlapping horizontal frame and the vertical frame.
The method of claim 1, wherein the first and second frame assemblies are:
A pair of horizontal frames formed to correspond to the upper and lower directions (Z-axis direction) of the motherboard mount panel and a pair of vertical frames formed to correspond to the front and rear directions (Y-axis direction) of the motherboard mount panel. A computer case assembly kit in which the frames are connected to each other to form a single piece.
The method of claim 1, wherein the connection part is:
a first connection portion connecting the motherboard mount panel and the first frame assembly; and
A computer case assembly kit including a second connection part connecting the motherboard mount panel and the second frame assembly.
According to clause 4,
The first connection part includes a first axis connecting the motherboard mount panel and the first frame assembly, and a first coupling member coupling the first frame assembly and the first axis,
The second connection part includes a second axis connecting the motherboard mount panel and the second frame assembly, and a second coupling member coupling the second frame assembly and the second axis,
A computer case assembly kit in which a coupling protrusion protrudes on one of the first and second axes, and a coupling groove into which the coupling protrusion is coupled is recessed on the other axis.
According to clause 5,
Adjusting the size of the computer case by coupling the second axis of another second connection to the first axis, or combining the second axis of the other second connection to the second axis, and combining another first or second frame assembly to adjust the size of the computer case forming, or
A process of coupling the second axis of another second connector to the first axis, or coupling the second axis of the other second connector to the second axis, and coupling another motherboard mount panel and another first or second frame assembly. A computer case assembly kit that is formed by repeatedly adjusting the size of the computer case.
According to clause 2,
A computer case assembly kit further comprising a finishing member mounted on one of the first and second frame assemblies or the first and second frame assemblies, and a finishing coupling member for fixing the finishing member and the frame assembly.
According to claim 1,
Further comprising a power switch installed on either the motherboard mount panel or the first and second frame assemblies,
The power switch unit,
switch bracket;
Reset and power switches mounted on the switch bracket; and
A computer case assembly kit including a USB jack port installed on the switch bracket.
The method of claim 8, wherein the switch bracket is:
A front member formed in a plate shape and having an installation hole therethrough;
The upper upper surface plate is bent in a direction perpendicular to the front member at the upper end of the front member, the upper side plate is bent vertically at a side of the upper upper surface plate, and the lower lower surface plate is bent at an end of the upper side plate to correspond to the upper upper surface plate. upper member; and
The lower bottom plate is bent at a lower end of the front member in a direction perpendicular to the front member, the lower side plate is bent vertically at a side of the lower bottom plate, and the lower upper surface plate is bent at an end of the lower side plate to correspond to the lower bottom plate. A computer case assembly kit including a sub-member.
According to clause 9,
The upper top plate, the upper side plate, and the upper bottom plate are sequentially bent to surround one of the reset and power switches,
A computer case assembly kit wherein the lower bottom plate, the lower side plate, and the lower top plate are sequentially bent to surround one of the reset and power switches.
delete According to claim 1,
Further comprising an installation guide installed between the motherboard mount panel and the lower portion of the frame assembly,
The installation guide,
a first mount bracket installed on the lower part of the motherboard mount panel and frame assembly; and
Includes a component fixing member for fixing components installed on the first mount bracket,
The first mount bracket includes a bracket body installed in the longitudinal direction of the motherboard mount panel and frame assembly, an installation guide piece bent on a side of the bracket body, and an installation hole formed through an inside of the bracket body. Contains,
The component fixing member includes a seating piece seated and fixed to the first mount bracket, a vertical piece bent upward from an end of the seating piece, a horizontal piece bent horizontally from an end of the vertical piece, and the horizontal piece. A computer case assembly kit including a locking piece that is bent downward at the end.
According to claim 1,
Further comprising an installation guide installed between the motherboard mount panel and the lower part of the frame assembly,
The installation guide,
a second mount bracket installed between the motherboard mount panel and the lower part of the frame assembly; and
A computer case assembly kit including a box fixing member for fixing parts installed on the second mount bracket.
According to claim 13,
The second mount bracket is,
a bracket body installed in the longitudinal direction of the motherboard mount panel and the frame assembly; and
It includes a movement guide hole formed in the longitudinal direction inside the bracket body,
The movement guide is,
a movement motion hole penetrating in the longitudinal direction inside the bracket body; and
A computer case assembly kit including a coupling guide space penetrating at right angles to the movable motion hole in the center of the movable motion hole.
According to claim 1,
A computer case assembly kit further comprising a storage unit that guides the installation of a disk drive on the motherboard mount panel and frame assembly.
According to claim 1,
A computer case assembly kit that is fixed to the motherboard mount panel and further includes a radiator bracket that guides the installation of the radiator.

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