KR101018670B1 - Computer Case with Side Plate for Wiring Arrangement - Google Patents

Abstract

The present invention relates to a computer case having a side plate for arranging wiring, and an object of the present invention is to utilize the side plate of the computer case so that the wirings that occupy the space inside the computer are drawn out to the outer side of the side plate. It is to provide a computer case having a side plate for wiring arrangement that can be arranged to minimize the wiring exposed inside the computer case.

In the computer case having a side plate for wiring arrangement according to the present invention is a computer case configured to include a side plate on which a plurality of electronic components and wires are disposed, and a main board is mounted on one side, wherein the side plate A plurality of wiring access holes penetrating through the thickness portion of the side plate is formed, each wire is drawn out to the outer surface of the side plate through the wiring access hole, and then again through the other wiring access hole of the side plate It is arranged to be drawn into the inner surface and connected to the electronic component.

Computer, wiring, side plate

Description

Computer Case with Side Plate for Wiring Arrangement

The present invention relates to a computer case for arranging wiring, and more specifically, by using a computer case side plate, the conventional wirings that occupy a complicated space inside the computer are neatly arranged on the outer surface of the side plate, thereby being exposed to the inside of the computer case. A computer case is provided with a side plate for wiring arrangement to minimize the wiring.

A typical configuration of a computer includes a computer outer case, a metal frame installed in an inner space of the outer case, a power supply fixed to the frame, a motherboard, a hard disk driver, a CD-ROM driver, a cooling fan, It consists of various electronic components including power / reset switch, USB terminal, and power lamp.

The plurality of electronic components are basically connected to a power supply or a main board through a plurality of power wires, respectively, to receive a driving voltage, and the data input / output devices such as the hard disk driver and the CD-ROM driver may be connected to each other through a data cable. By connecting to the main board, data is input and output.

As described above, in the conventional computer case, various electronic components are mounted, and the electronic components are all wires including power wires are arranged together with the electronic components. These wirings cause inconveniences and problems as follows. .

If you want to replace the electronic components or various data devices installed on the motherboard such as graphics card, LAN card, or if you want to clean the inside of the computer, various wires that are complicatedly arranged inside the computer The work was complicated and inconvenient because it blocked the line.

In addition, during the replacement or cleaning operation, the peripheral wiring connected to various electronic components is often touched, and in this case, the wiring terminal may be pulled out of the electronic component or the connection may be unstable, causing computer malfunction. There was a problem that could be.

In addition, due to the layout structure in which various bundles of wires occupy a large amount of space inside the computer and block the main board, the air flow is blocked, thereby lowering the cooling efficiency of the computer, thereby adversely affecting the motherboard vulnerable to heat. .

In addition, since the various wiring strands are not fixed to a specific position inside the computer and are flexible, the wiring strands may come into contact with the operating cooling fan, which may cause a failure of the cooling fan or damage the wiring. There was a problem. In the related art, in order to solve the above problems, the wires are bundled and arranged using cable ties, etc., but the wires still exist in the computer in a complicated state, and thus it is not sufficient to fundamentally solve the problem.

The present invention has been made to solve the above problems, the object of the present invention is to utilize the side plate of the computer case, the wiring that occupy the space inside the computer can be drawn out and arranged to the outer surface of the side plate. It is to provide a computer case having a side plate for wiring arrangement to minimize the wiring exposed to the inside of the computer case.

Computer case provided with a side plate for wiring arrangement according to the present invention for achieving the above object, a plurality of electronic components and wiring is disposed inside, a computer configured to include a side plate is mounted on one side In the case, the side plate is formed with a plurality of wiring access holes penetrating through the thickness portion of the side plate, each of the wiring is drawn out to the outer surface of the side plate through the wiring access hole, and then another wiring It is configured to be connected to the electronic component by being placed in the inlet side of the side plate through the entrance hole.

According to the computer case having a side plate for arranging wiring according to the present invention, the conventional wirings that occupy a complicated space inside the computer through a plurality of wiring access holes formed to penetrate the thickness portion of the side plate are the outer surface of the side plate. In this way, the wiring exposed to the inside of the computer case where various electronic components are installed can be minimized, thereby eliminating the problem of complicated and inconvenient work because the internal wiring blocks the copper wire for the replacement and cleaning of the components. There is a remarkable effect that can improve the cooling efficiency.

In the computer case provided with a side plate for arranging wiring according to the present invention, various wiring bundles such as power wires and data cables are drawn out to a space between the outer surface of the side plate and the side cover using the side plate of the computer case. Disclosed are a computer case structure and a wiring arrangement method which can be disposed in a separate space separated from various electronic components located on the inner side of the side plate.

1 is a perspective view schematically showing a computer case configuration according to the present invention and Figure 2 is a perspective view schematically showing the structure of a computer case side plate according to the present invention.

Referring to FIG. 1, a typical configuration of a personal computer (PC) includes a power supply, a motherboard, a hard disk driver, a CD-ROM driver, a cooling fan, a power / reset switch, a USB terminal, and a power lamp inside a computer case. Various electronic components including the are combined.

Computer case according to the present invention is composed of a metal frame and the side cover (40, 50) detachably coupled to both sides of the frame and shielding the inside of the case from the outside, the electronic components are fixed to the frame . Looking at the conventional structure of the frame is equipped with various electronic components, the side plate 30 to which the main board is coupled, the back plate 20 to which the cooling fan and the power supply are coupled, and a hard disk rack for storing the hard disk drive And a front plate 10 installed at the front of the CD-ROM rack for storing the CD-ROM driver.

In addition, the electronic components mounted on the frame are connected to a plurality of power wires drawn from the power supply or to a main board to which the power wires are connected to receive a driving voltage, and a hard disk drive, a CD-ROM driver, and a USB terminal. The same data input / output device is connected to the main board through a data cable to perform data input / output.

The computer case provided with the side plate for wiring arrangement according to the present invention, in the configuration of the computer case as described above, by utilizing the side plate 30 on which the main board is mounted separate the internal wiring of the computer is separated from various electronic components Characterized in that it can be arranged in the space of.

Hereinafter, the side plate structure of the present invention will be described with reference to FIG. 2. For the sake of clarity and illustration of the invention, the remaining components except for the side plate 30 are indicated by dotted lines, and various electronic components mounted therein are omitted.

Prior to the description, one surface of the side plate 30 facing the interior space in which various electronic components are mounted is called the inner surface of the side plate, and the other surface facing the outer space as the surface opposite to the inner surface is This is referred to as the outer surface of the side plate.

The side plate 30 of the computer case according to the present invention is provided with a plurality of wiring access holes 100 formed to penetrate through the thickness portion of the side plate 30.

The wiring access hole 100 is connected to the outer surface of the side plate 30 through the wiring access hole 100 through a wiring such as a power wire bundle and a data cable, and then through the other wiring access hole 100. By re-entering the inner side of the side plate 30 serves to connect each wire to the corresponding electronic component.

Therefore, the size of the wiring entry hole 100 should be formed to a size such that at least the connection terminal provided at the ends of the power supply wire and the data cable can pass through the wiring entry hole 100.

In detail, the wiring access hole 100 connects the main board with a power wire drawing / out hole for arranging a bundle of power wires drawn from the power supply, and a data device such as a hard disk driver, a CD-ROM driver, and a floppy disk driver. Data cable lead-out hole for laying out the data cable, and front wire lead-out / leader for laying wires connecting the main board with electronic components such as a power / reset switch provided on the front plate, a USB communication port, and a power lamp. And a cooling fan wire draw / out hole for arranging a cooling fan wire connecting the ball and the cooling fan mounted on the rear plate and the main board.

In addition, in the above, the various drawing / drawing holes are separately described, but the drawing / drawing holes may share their functions as necessary, that is, according to the arrangement of electronic components mounted inside the computer. to be.

For example, according to the embodiment of the present invention, the power wire drawing hole may be used as a cooling fan wire drawing hole, and the data cable drawing hole may be used as the power wire drawing hole.

Hereinafter, with reference to Figures 3 to 5 will be described in detail with respect to the power supply line out / inlet hole, data cable outlet hole, front wire outlet / inlet hole and cooling fan wire outlet / inlet hole according to the present invention.

Figure 3 is an embodiment showing the arrangement of the power wires using the side plate of the computer case according to the present invention.

As shown in FIG. 3, the power wire drawing hole 110 is formed in an area in which the power supply 1 is installed, and the power wire bundle 2 extending from the power supply 1 immediately pulls out the power wire. It is drawn out to the outer side of the side plate 30 through the ball 110. Then, each of the power wires drawn out from the power wire outlet hole 110 is pushed into the inner surface of the side plate 30 through the power wire inlet hole closest to the area where the electronic component to which the power wire is to be connected is installed. It is connected to the target electronics, including the motherboard and data devices.

The power wire entry holes 120 and 121 may simultaneously serve as data cable outlet holes (FIG. 4, 140, 141, 142, 143) and front wire entry holes (FIG. 5: 160, 161, 162). That is, according to the arrangement of the electronic components mounted inside the computer case, any one of the wiring entry holes through which the power wires 2 are inserted may be the data cable 5 or the front wiring 2 as well as the power wires 2. In addition, it is because it can be connected to the electronic component through the lead in / out through the wiring access hole.

Also, in general, any one of the power wire bundles 2 drawn from the power supply 1 is connected to the main board (Fig. 4: 6), and the power wire connected to the main board is a power source connected to a data device or the like. Its diameter is thicker than the wire. Therefore, it is preferable that any one of the power wire entry holes of the power wire entry holes 120 and 121 formed in the vertical direction in FIG. 3 is formed to be larger than the other power wire entry holes so that the power wire connected to the main board is inserted. More preferably, the power wire entry hole that is closest to the position where the power wire connection terminal of the main board is provided among the power wire entry holes 120 and 121 may be configured to have a shape larger than that of other power wire entry holes. This is for minimizing the area of the main board power wire exposed to the inside of the computer case by allowing the power wire connected to the main board to be connected to the main board at the shortest distance after being drawn into the inner side of the side plate 3. .

Figure 4 is an embodiment showing the arrangement of the data cable and cooling fan wires using the computer case side plate according to the present invention.

As shown in FIG. 4, the data cable 5 for connecting the main board 6 and the data device is connected to the side plate through the data cable outlet hole 143 located closest to the connection terminal of the main board 6. After being drawn to the outer side of the 30, it is pushed into the inner side of the side plate 30 through each of the data cable outlet holes 141 and 142 located closest to the area where the data device is located so as to be connected to the corresponding data device. Is placed.

The data cable outlet holes 140 to 143 are configured such that a plurality of data cable outlet holes 140 to 143 are arranged along the direction in which the data devices mounted inside the computer are arranged, and the formation position is a space formed between one end of the data device and one end of the main board. It is preferable to be configured to be located along the longitudinal direction of the main board.

This allows the data cable 5 extending from the main board 6 to be led out to the outer surface of the side plate 30 directly through the data cable outlet hole 143, and another data cable outlet hole 141 and 142. When the data cable 5 is inserted into the inner side surface of the side plate 30 through the configuration, the data cable 5 is inserted to be connected to the data device at the same time, thereby minimizing the wiring exposed inside the computer case.

According to an exemplary embodiment of the present invention of FIG. 4, the data cable outlet holes 140 to 143 are also arranged in the longitudinal direction in correspondence with the arrangement of the data apparatus mounted in the longitudinal direction.

Looking at the electronic component mounting structure of a conventional computer case, a cooling fan 3 is provided on the back plate of the case. The side plate according to the present invention is a side plate of the region in which the cooling fan 3 is installed so that the power cable 4 drawn out from the cooling fan and connected to the main board 6 can also be minimally exposed to the inside of the computer case. Cooling fan wire outlet holes (4) were formed on them.

The cooling fan wires 4 drawn out to the outer surface of the side plate 30 through the cooling fan wire drawing holes 4 are provided near the position where the cooling fan wire connection terminals on the main board 6 are provided. After being inserted into the inner surface of the side plate 30 through the hole, it is connected to the cooling fan wire connection terminal.

In the preferred embodiment of Figure 4, the cooling fan wire entry hole is not formed separately, the above-described power line lead-out hole (Fig. 3: 110) is configured to perform the role of the cooling fan wire entry hole at the same time.

This is because the cooling fan wire connection terminal is located near the region where the power wire outlet hole 110 is formed, so that the power wire outlet hole shares the function of the cooling fan wire outlet hole.

That is, the various wiring holes provided in the side plate of the present invention, that is, the power cable outlet hole, the power cable outlet hole, the data cable outlet hole, and the cooling fan wire outlet hole, are arranged and arranged in each computer component. Depending on the flexibility of the feature can be shared or used independently.

Figure 5 is an embodiment showing the arrangement of the front wiring using the computer case side plate according to the present invention.

Looking at the electronic component mounting structure of a typical computer case, the front plate of the case is provided with electronic components (hereinafter, the front electronic component) such as the power / reset switch 9, the USB terminal 7, and the power lamp 8 The wiring connected to the front electronic component (hereinafter, front wiring: 10) generally has a structure that is connected to each of the connection terminals provided on the bottom of the main board (6).

The side plate according to the present invention is drawn from the front electronic components and the front wiring 4 connected to the main board 6 is also minimally exposed to the inside of the computer case and can be connected to the main board 6, respectively. Front wire entry holes 160, 161 and 162 were formed in the vicinity of the area where the front wire connection terminal provided in (6) was located, and the front wire exit hole 150 was formed on the side plate near the area where the front electronic component was mounted.

As illustrated in FIG. 5, the front wires 10 extending from the front electronic parts 7, 8, and 9 are immediately connected to the front wire drawing holes 150 near the area in which the front electronic parts 7, 8, and 9 are installed. Through) to the outer side of the side plate (30). The main board 6 is inserted into the front wire entry holes 160, 161, and 162 provided near the area where the main board 6 is installed, and is pushed back to the inner side of the side plate 30 to be directly connected to the corresponding connection terminal.

The front wire entry holes 160, 161, and 162 according to the preferred embodiment of FIG. 5 have a length direction of the lower side of the main board 6 provided with connection terminals of the front wire 10 in order to minimize wiring exposed inside the computer case. It was formed to be provided along. That is, by configuring the lower side of the side plate 30 to be arranged along the transverse length direction, the front wire 10 inserted into the inside through the front wire entry holes 160 to 162 is directly of the main board (6) It is possible to minimize the area of the front wire that is connected to the connection terminal and thus exposed inside the computer.

In addition, as described above, the front wire inlet hole (160,161,162) is a power wire inlet hole for the introduction of the power wire (2) drawn from the power supply (Fig. 3: 1) as needed (Fig. 3: 123) Of course, the functions can be performed together.

6A and 6B are application photographs showing an embodiment in which various wirings including power wires are arranged by using the side plate according to the present invention, and FIG. 6A shows the wiring structure disposed on the outer side of the side plate. 6b shows a wiring structure arranged on the inner side of the side plate.

6A and 6B, a computer body configured to include a plurality of electronic components including a power supply therein and a side plate on which one side of the main board is mounted, wherein the region in which the power supply is installed is A power wire lead-out hole is formed through the thickness of the side plate, and a plurality of power wire lead-through holes penetrating through the thickness of the side plate are formed in an area in which other electronic components except the power supply are installed, and are drawn out from the power supply. After the power wire bundle is drawn out to the outer side of the side plate through the power wire outlet, each power wire is connected to the inside of the side plate through the power wire inlet located in the area where the electronic component to which the power wire should be connected is installed. Is pulled back to the side and connected to the electronics It can be seen that the power wires exposed inside are minimized through the power cable arrangement of the computer main body.

In addition, a plurality of electronic components including a data device is disposed therein, and one side of the computer main body configured to include a side plate on which the main board is mounted, formed between one end of the main board and one end of the data device In the space, a plurality of data cable lead-out holes are formed in the length direction of the main board and penetrate through the thickness of the side plate, and the data cable connecting the main board and the data device is any one of the data cables. After the cable is pulled out to the outside surface of the side plate, the data cable is placed into the inside of the side plate through the data cable outlet, and through the data cable arrangement state inside the computer body connected to the data device. The data cable exposed inside It can be seen that it is digested.

Conventional wirings, which occupy a complicated space inside the computer through the wiring arrangement structure using the side plates as described above, are collected and neatly arranged on the outer surface of the side plate, and thus exposed to the inside of the computer case where various electronic components are installed. The wiring can be minimized.

In addition, the side cover (FIG. 1: 40) is configured to be detachably coupled to the outer side of the side plate so that a large number of wires that are collected and exposed to the outer side of the side plate are also shielded from the outside, thereby preventing the outside of the side plate. Finishing is done to cover the exposed wires from the outside.

In addition, as shown in FIGS. 6A and 6B, the various wires drawn out to the outer surface of the side plate are gripped and fixed in a predetermined bundle unit at a predetermined position of the side plate by using a plastic molded part of the side plate. The wirings drawn on the outer surface may also be configured to be neatly arranged.

7 is a second embodiment of a side plate structure for arranging wiring according to the present invention. According to the second embodiment of the side plate structure according to the present invention, even if any of the main boards having various sizes, such as a micro ATX board, an ATX board, and an ITX board, is selected and installed, wiring exposed inside the computer case can be minimized. Present a side plate structure.

Referring to FIG. 7, the side plate structure according to the second exemplary embodiment of the present invention is a front wiring line drawn out from electronic components (FIG. 5: 7, 8, 9) installed in the front plate of the computer case (FIG. 5: 10). In the configuration of the front wiring entry hole for introducing the) into the inner surface of the side plate 30, two front wiring entry holes formed to be arranged along the transverse length direction of the main board at different heights ( 201 and 301 are paired and arranged along the horizontal length direction of the main board, so that the overall shape formed by the front wiring entry holes 200 and 300 is configured to form two horizontal lines 200 and 300 arranged side by side. do.

Hereinafter, in the front wiring entry hole, the front wiring entry hole located on the upper side is referred to as the upper front wiring entry hole 300, and the front wiring entry hole formed at a lower position than the upper front wiring entry hole is the lower front wiring line. It will be referred to as the entrance hole (200).

As described above, the upper and lower front wiring inlet holes 200 and 300 are provided at different heights along the horizontal length direction of the main board, and thus the main boards vary according to the type of the main board mounted on the side plate 30 of the present invention. It can flexibly respond to changes in the longitudinal length of the board and arrange the front wiring, minimizing the wiring exposed inside the computer case no matter which motherboard is selected and mounted.

For example, when the ATX board is mounted covering the upper front wiring inlet 300, the front wiring is introduced into the inner surface of the side plate 30 through the lower front wiring inlet 200 and connected to the main board. If the user-selected main board is a micro ATX board or ITX main board which has a smaller length than the ATX board, when the board is mounted, it is located on the upper side of the upper front wiring hole 300 so that the lower front wiring hole ( By disposing the front wiring through the upper front wiring 300 to the inner surface of the side plate 30 instead of the 200, it is possible to minimize the area of the front wiring exposed inside the computer case.

In the above, preferred embodiments of the present invention have been described using specific terms.

However, such terms are only intended to clearly describe the present invention,

Preferred embodiments and described terms are derived from the spirit and scope of the following claims

It is obvious that various changes and changes can be made without departing.

For example, the data cable outlet hole is described and illustrated to be arranged along the longitudinal length direction of the main board, but if the data device is installed along the horizontal length direction of the main board, the data cable is also arranged in the horizontal length direction of the main board. It is apparent to those skilled in the art that the configuration is preferred.

Such modified embodiments should not be understood individually from the spirit and scope of the present invention, but should fall within the claims appended to the present invention.

Computer case equipped with a side plate for wiring arrangement according to the present invention by using a side plate existing in the conventional computer case by presenting a side plate structure and wiring arrangement structure that can minimize the wiring exposed inside the computer case In addition, it can be applied directly to the industry with low cost and simple machining, but it has an excellent effect.

1 is a perspective view schematically showing a computer case configuration according to the present invention.

Figure 2 is a perspective view schematically showing the structure of a computer case side plate according to the present invention.

Figure 3 is an embodiment showing the arrangement of the power wires using the side plate of the computer case according to the present invention.

Figure 4 is an embodiment showing the arrangement of the data cable and cooling fan wires using the computer case side plate according to the present invention.

Figure 5 is an embodiment showing the layout of the front wiring using the computer case side plate according to the present invention.

Figure 6a is a photograph of an application embodiment showing the wiring structure disposed on the outer surface of the side plate according to the present invention.

Figure 6b is a photograph of an application embodiment showing a wiring structure disposed on the inner side of the side plate according to the present invention.

Figure 7 is a second embodiment of the side plate structure for wiring arrangement according to the present invention.

** Description of symbols for the main parts of the drawing **

1: power supply 2: power cable

3: cooling fan 4: cooling fan wire

5: data cable 6: motherboard

7: power / reset switch 10: front wire

10: front case 20: rear plate

30: side plate 40,50: side cover

100: wiring access hole 110: power cable drawing hole

120,121,123: Power cable entry hole 130: Cooling fan wire extension hole

140,141,142,143: Data cable draw-out hole

150: front wire drawing hole 160,161,162: front wire drawing hole

Claims (9)

In the computer case is configured to include a plurality of electronic components and wiring is arranged inside, the side plate on which the main board is mounted, The side plate is formed with a plurality of wiring access holes penetrating through the thickness portion of the side plate, The wiring is drawn out to the outer surface of the side plate through one wiring access hole selected from among the plurality of wiring access holes, and then is drawn into the inner surface of the side plate through another wiring access hole and connected to the corresponding electronic component. Computer case provided with a side plate for wiring arrangement, characterized in that. The method of claim 1, The wiring case has a side plate for wiring arrangement, characterized in that the size of the connection terminal provided at least at the end of the wiring can pass through the wiring access hole. The method of claim 1, The electronic component includes a power supply, The wiring entry hole is composed of a power wire lead-out hole formed in the area where the power supply is installed, and a power wire lead hole formed in the area where other electronic components except for the power supply are installed. The wiring is a power wire bundle drawn out from the power supply, and the power wire bundle is drawn out to the outer surface of the side plate through the power wire drawing hole, and then each power wire is an electronic component to which the corresponding power wire should be connected. Computer case provided with a side plate for wiring arrangement, characterized in that it is re-introduced into the inner surface of the side plate through the power wire entry hole located in the installed area and connected to the electronic component. The method of claim 1, The electronic component includes a data device, The wiring access hole is composed of a plurality of data cable lead-out holes formed along the longitudinal direction of the main board in a space formed between one end of the main board and one end of the data device, The wiring is a data cable connecting the main board and the data device, wherein the data cable is drawn out to the outer side of the side plate through the data cable outlet of any one of the plurality of data cables, and then And a side plate for wiring arrangement, characterized in that the cable is inserted into the inner surface of the side plate through a data cable entry hole and connected to the corresponding data device. The method of claim 1, The electronic component includes a power / reset switch and a power lamp installed on the front plate of the computer case. The wiring access hole is a front wiring lead hole for drawing out the front wiring bundles respectively drawn out from the electronic components installed on the front plate of the computer case to the outer surface of the side plate and the front wiring lead to the outer surface of the side plate. Consists of a front wiring entry hole for respectively introducing into the inner side of the side plate, The front wiring entry hole is provided with a side plate for wiring arrangement, characterized in that a plurality is formed along the longitudinal direction of the main board. The method of claim 1, The outer side surface of the side plate is coupled to the removable side cover, the side plate for wiring arrangement, characterized in that the wires are gathered on the outer surface of the side plate and the exposed wires are shielded from the outside. Computer case. In the computer body is configured to include a plurality of electronic components including a power supply inside, the side plate on which the main board is mounted, In the region where the power supply is installed, a power wire drawing hole is formed through the thickness of the side plate. In the region in which the electronic components other than the power supply are installed, a plurality of power wire entry holes penetrating through the thickness of the side plate are formed. After the power wire bundles drawn out from the power supply are drawn to the outer side of the side plate through the power wire drawing holes, each power wire is placed in the area where the electronic components to which the corresponding power wires should be connected are installed. The computer main body provided with the side plate for wiring arrangement, characterized in that it is re-introduced into the inner side of the side plate and connected to the corresponding electronic component. In a computer body configured to include a plurality of electronic components including a data device therein, and one side portion includes a side plate on which the main board is mounted, In the space formed between one end of the main board and one end of the data device, a plurality of data cable outlet holes penetrating through the thickness of the side plate along the longitudinal direction of the main board is formed, The data cable connecting the main board and the data device is drawn out to the outer surface of the side plate through one of the data cable outlets of the plurality of data cables, and then inside the side plate through the other data cable outlets. A computer body provided with side plates for wiring arrangement, characterized in that they are arranged to be pulled out sideways and connected to the corresponding data device. The method of claim 1, The electronic component includes a power / reset switch and a power lamp installed on the front plate of the computer case. The wiring access hole is a front wiring lead hole for drawing out the front wiring bundles respectively drawn out from the electronic components installed on the front plate of the computer case to the outer surface of the side plate and the front wiring lead to the outer surface of the side plate. Consists of a front wiring entry hole for respectively introducing into the inner side of the side plate, The front wiring lead hole, The upper front wiring lead hole formed along the transverse length direction of the main board and the lower front wiring lead hole formed along the transverse length direction of the main board at the lower portion of the upper front wiring lead hole Computer case with side plate.

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