KR200316837Y1 - table being capable of installing computer - Google Patents

Abstract

A computer storage desk capable of storing computer-related devices includes first and second side plates respectively coupled in parallel with each other in a first direction at both ends of the rear plate and with the top plate in a second direction perpendicular to the first direction. A horizontal support bar coupled with the upper surfaces of the first and second side plates, a first lower plate coupled with the first side plate to extend in a second direction below a predetermined distance from the horizontal support bar, and in a direction parallel to the side plate at the first lower plate; And a peripheral storage compartment formed by a partition wall formed to extend in height, and a computer mounting case slidably coupled to a guide rail and a guide rail provided on the side and side plates of the partition wall facing the second side plate. According to such a computer storage desk, it is possible to store computer-related devices in a horizontal direction parallel to the top plate in the upper space facing the top plate, thereby reducing the occupied space of the desk required for the storage of computer-related devices It provides an advantage, and provides an advantage that can be easily performed by removing the top plate during repair and replacement.

Description

Computer storage desk {table being capable of installing computer}

The present invention relates to a computer storage desk, and more particularly, to a computer storage desk having a structure for easily storing and wiring a computer and peripheral devices.

Computers that have been generalized and used are usually installed on a desk.

In an environment where a computer is installed on a desk of a general structure having an internal space in which a chair can enter and exit between a top plate serving as a workbench and a side plate supporting the top plate, the monitor is installed on the top plate of the desk, and the main body and other peripherals It is installed at one side of the interior space of the desk where the chair is entered to secure the working space of the aesthetic view and the top plate.

By the way, the installation structure occupies the internal space of the desk where the chair is admitted by the main body and peripheral devices, thereby reducing the movable space within the internal space of the user's desk, resulting in inconvenience in use.

In addition, when a power strip device for connecting power to a device, an internet connection modem, or the like is placed on the upper surface of the computer main body or installed on the floor in a space inside a desk, the device may fall on the floor due to user's careless lower body interference. And, the power switch can be operated differently than intended, there is an inconvenience that requires attention in use.

In order to improve such inconvenience, a desk having a computer storage room has been introduced. However, the desk occupies a large area by forming a storage space vertically on a side surface extending from the top plate to the bottom surface.

In addition, although a storage room for a relatively large computer main body is provided, a storage room for a modem and other peripheral devices is not secured, and thus there is a difficulty in installing peripheral devices, and a difficulty in connecting the computer main body and peripheral devices to exposed wiring. There are drawbacks that are not aesthetically pleasing.

In addition, when the desks are arranged in parallel with each other, such as a PC room, wiring becomes complicated and it is difficult to suppress exposure of the wires to the outside.

The present invention was devised to improve the above problems, and an object thereof is to provide a computer storage desk which is easy to store computer related devices without expanding the occupied space.

Still another object of the present invention is to provide a computer storage desk that can provide ease of wiring when the desks are arranged in a row.

1 is a perspective view showing a separate computer storage desk according to the first embodiment of the present invention,

FIG. 2 is a partial excerpt perspective view illustrating a coupling structure between the computer mounting case and the guide rail of FIG. 1;

3 is a plan view illustrating a computer and a peripheral device in a state where the top plate of FIG. 1 is removed.

4 is a schematic front view of FIG. 3,

5 is an exploded perspective view illustrating a molding cap for wiring treatment applied to FIG. 3;

Figure 6 is an exploded perspective view showing a computer storage desk according to another embodiment of the present invention,

FIG. 7 is a plan view illustrating a computer and a peripheral device in a state where the top plate of FIG. 6 is removed.

<Description of Symbols for Main Parts of Drawings>

10a: first split top plate 10b: second split top plate

20: first side plate 30: second side plate

50: peripheral device storage room 60: wiring storage room

80: computer mounting case

In order to achieve the above object, a computer desk according to the present invention includes first and second side plates coupled in parallel with each other in a first direction at both ends of a rear plate and a top plate in a second direction perpendicular to the first direction. A desk having a horizontal support bar coupled to the upper surfaces of the first and second side plates, the first lower plate coupled to the first side plate to extend in the second direction below a predetermined distance from the horizontal support bar, Peripheral storage compartment formed by the partition wall formed to extend a predetermined height in the direction parallel to the side plate in the first lower plate; A guide rail provided on a side surface of the partition wall facing the second side plate and the side plate; And a computer mounting case slidably coupled to the guide rail.

Preferably, the computer mounting case is provided with a storage space stepped in a direction perpendicular to the first direction, the depth of the rear portion facing the back plate is formed deeper.

In addition, a heat dissipation hole is formed in a portion of the computer mounting case facing the second side plate, and the second side plate at a position corresponding to the heat dissipation hole with the computer mounting case mounted on the guide rail. Also, heat radiation holes are formed.

The computer mounting case mounted to the peripheral storage compartment and the guide rail may be formed to be spaced apart from the rear plate by a predetermined distance, and the wiring member may be stored in a space separated from the peripheral storage compartment and the computer mounting case mounted therein. It is preferable to further include a wiring housing formed so that.

More preferably, the wiring housing includes a second lower plate coupled between the rear plate and the side plate at a lower distance than the first lower plate.

In addition, at least one external line connecting hole is further formed in the side plate forming the accommodating space of the wiring accommodating part together with the second lower plate, and the upper plate covers an inner space formed by the side plate and the back plate. The first and second split top plates are formed to have a size that can be separated from each other, and the second split top plate is formed to have a size that can close an area corresponding to the space of the wire storage part and is in communication with the wire storage part. Grooves are formed.

According to still another aspect of the present invention, a vibration absorbing layer formed of a vibration absorbing member is further provided on at least one side of the guide rail and the portion in contact with the computer mounting case.

Hereinafter, a computer desk according to a preferred embodiment of the present invention with reference to the accompanying drawings will be described in more detail.

1 is a perspective view showing a separate computer storage desk according to the first embodiment of the present invention.

Referring to the drawings, the computer storage desk 100 includes a top plate 10, first and second side plates 20 and 30, a back plate 40, a peripheral storage compartment 50, and a computer mounting case 80. It is provided.

The upper plate 10 is formed of first and second divided upper plates 10a and 10b.

The first dividing top plate 10a is a wiring accommodating part described later in a space formed in a 'c' shape by side plates 20 and 30 installed in parallel with each other in a first direction at both ends of the rear plate 40. It is formed in a size that can cover the area excluding the area corresponding to 60 and is detachably formed on the side plates (20) (30).

A coupling pin 11 is formed at a bottom of the first split top plate 10a to be inserted into the coupling hole 21 formed in the side plates 20 and 30.

The method for coupling and separating the first split top plate 10a with the side plates 20 and 30 to open and close the peripheral storage compartment 50 may be applied differently from the illustrated example. For example, the first split top plate 10a may be rotatably coupled to one side plate 20 or 30 by a hinge.

The second split top plate 10b is formed to have a size that can cover an area corresponding to the wiring accommodating part 60 and is detachably formed on the side plates 20 and 30 and / or the back plate 40.

Reference numeral 11 is a coupling pin formed on the bottom surface of the second divided upper plate 10b, and reference numeral 23 is a coupling hole into which the coupling pin 13 is inserted.

In the central portion of the second divided upper plate 10b, a wiring hole 15 formed to be in communication with the wiring housing 60 is formed. The wiring hole 15 is for wiring with a device (not shown) or other user to be installed on the top plate 10 to be used on the top plate 10.

The second dividing top plate 10b is rotatable with respect to the side plates 20 and 30 and / or the back plate 40, or alternatively the first dividing top plate 10a to open the wire storage unit 60. Can be combined.

Alternatively, the first split top plate 10a may be formed in a size that can cover the peripheral device storage chamber 50 to a part of the wiring storage chamber 60, or the second split top plate 10b may be formed from the wiring storage chamber 60. Of course, a structure coupled to the side plates 20 and 30 may be applied to a size that can cover a part of the peripheral storage compartment 50.

In addition, the first split top plate 10a and the second split top plate 10b may be integrally formed to be detachably formed on the side plates 20 and 30 and / or the back plate 40.

The horizontal support bar 70 is coupled to the upper ends of the first and second side plates 20 and 30 opposite the rear plate 40 in a second direction perpendicular to the first direction.

The peripheral storage chamber 50 is provided to form a storage space at a lower portion facing the first divided upper plate 10a with respect to a partial region that divides the first divided upper plate 10a in the first direction.

The peripheral storage chamber 50 includes a first lower plate 51 and a partition wall 53.

The first lower plate 51 is coupled to the first side plate 20 so as to extend from the horizontal support bar 70 to a central portion of the horizontal support bar 70 at a position spaced downward by a predetermined distance.

The partition wall 53 is installed so as to extend a predetermined height vertically upward from the end of the first lower plate 51 to partition the storage space of the peripheral storage compartment 50 and the computer mounting case 80 described later. Preferably, the separation distance between the partition wall 53 and the second side plate 30 is determined such that the longer part of the main board of the computer can be mounted along the second direction.

Reference numeral 55 denotes an auxiliary partition wall spaced apart from the peripheral device storage chamber 50 and the wire storage unit 60 and spaced apart from the first lower plate 51 so as to form a groove for communication with the wire storage unit 60. Reference numeral 57 is a hinge on the first lower plate 51 to open and close the internal space of the peripheral storage compartment 50 formed by the first lower plate 51 and the partition 53 and the side plate 20 from the front ( It is an opening and closing plate provided so as to be rotatable by 57a). Reference numeral 58 is a locking member installed at positions corresponding to the opening and closing plate 57 and the horizontal supporting bar 70 so as to fix the opening and closing plate to the horizontal supporting bar 70. For example, the locking member 58 may be formed of a magnet and a metal material that is sensitive to the magnet, or various known methods, such as a method of fitting into a flexible material.

Unlike the illustrated example, the opening and closing plate 57 may be rotatably coupled with the horizontal support bar 70 or the side plates 20 and 30.

In addition, unlike the illustrated example, the opening and closing plate 57 may be coupled to a structure that closes the front of the peripheral storage compartment 50.

Reference numeral 59 is a heat dissipation hole.

The guide rails 90 are provided along the first direction on the outer side surfaces of the partition walls 53 and the inner side surfaces of the second side plates 30 that face each other.

Guide rail 90 may be applied to a variety of known structures that the computer mounting case 80 can be slidably coupled.

Preferably, some or all of the guide rails in contact with the computer mounting case 80 includes a vibration absorbing layer formed of a vibration absorbing member, for example, a rubber material.

An example of such a guide rail structure is shown in FIG. 2.

Referring to FIG. 2, the guide rail 90 includes a first guide roller 91 and a guide plate 92.

The guide plate 92 has an upper rail plate 92a and a lower rail plate 92b that are bent in a 'c' shape to extend in parallel with each other.

The vibration absorbing layer 93 is formed of a material having a vibration absorbing capability, for example, a rubber material, on the upper surface of the lower rail plate 92b.

Preferably, the first guide roller 91 is also formed of a material having a vibration absorption capacity.

Reference numeral 81 denotes second guide rollers respectively installed on both sides of the computer mounting case 80 so as to rotate while moving on the vibration absorbing layer 93, and reference numeral 82 is supported by the first guide rail 90 and slides. Guide bars respectively installed on both sides of the computer mounting case 80.

On the other hand, it is a matter of course that the vibration absorbing layer can be formed on a part or all of the portion in contact with the guide rail 90 of the computer mounting case 80.

Therefore, the computer mounting case 80 is entered along the guide rail 90 and the mounting of the computer mounting case is completed by the vibration absorbing layer 93 and / or the first guide roller 91 from the desk. 80) can be reduced the amount of impact applied.

Preferably, the computer mounting case 80 mounted on the guide rail 90 is formed to be spaced apart from the back plate 40 by a predetermined distance.

The wire storage chamber 60 is formed such that a space between the rear plate 40 and the peripheral device storage chamber 50 extends to both side plates 20 and 30 along an extension direction of the rear plate 40, that is, a second direction. have.

Preferably, the wiring storage chamber 60 includes a second lower plate 61 coupled between the rear plate 40 and both side plates 20 and 30 at a lower distance than the first lower plate 51.

The second lower plate 61 is provided with a lower hole 62 formed for ventilation and wiring with the bottom surface.

As such, when the wire storage chamber 60 is installed in a horizontal direction in a position extended further from the lower side than the first lower plate 51, the lower body of the user is partially inserted into the interior space of the desk 100 while sitting on a chair due to the human body structure. The wiring storage chamber 60 is formed in a portion where the lower body of the user hardly contacts when it is positioned, thereby increasing the utilization of the storage space.

It goes without saying that the blocking plate 65 may be installed to close the space between the second lower plate 61 and the peripheral device storage chamber 50.

In the present exemplary embodiment, the peripheral device storage chamber 50 and the wiring storage chamber 60 are formed to be partitioned with each other by the auxiliary partition wall 55, but it can be formed as a single space.

On the other hand, the computer mounting case 80 is configured to be slidable to the guide rail 90, but the storage space is formed to be divided by step along the second direction perpendicular to the first direction, the rear end portion facing the back plate 40 The depth of the is formed into a deeper structure.

That is, the computer mounting case may be bent downward from the third lower plate 85 and the third lower plate 85 extending from the front to the rear by a lower portion of the third lower plate 85 based on the upper plate 10. Four lower plates 86 are provided.

Preferably, the height H and the width W of the rear end portion formed by the fourth lower plate 86 are expanded slots (not shown) vertically coupled to the main board board (not shown) and the main board board of a conventional computer. It is formed more than the size that can be installed. As an example, the computer mounting case 80 is formed such that the height H and the width W of the rear end portion are 13 cm or more, 19 cm or more, preferably 15 cm or 25 cm. In this case, the horizontal length of the computer mounting case 80 is formed to be 31 centimeters or more, preferably about 40 centers.

As described above, the computer mounting case 80 may increase the space utilization efficiency by using an unused rear space that is less disturbed by the lower body of the user who uses the desk 100 as a storage space.

The heat dissipation hole 87 is formed in the side surface of the computer mounting case 80. Reference numeral 37 is a heat dissipation hole formed at a position that can correspond to the heat dissipation hole 87 in a state in which the computer mounting case 80 is mounted on the guide rail 90. More preferably, the heat dissipation holes 37 and 87 are formed at positions corresponding to the holes 59 of the peripheral device accommodating part 50.

Reference numeral 88 denotes a hole for ventilation with the space between the floor of the desk 100. The ventilation hole 88 is preferably formed at a position lower than the heat radiation holes 59, 37, 87. In this case, cold air is introduced through the ventilation hole 88, and the introduced air is discharged through the heat dissipation holes 87 and 37 and the wiring groove 15 after the air is heated by the electronic device. In addition, when the desks 100 having the same structure are installed in a row, the air discharged through the heat dissipation hole 37 is discharged to the outside through the heat dissipation hole 59 and the wiring groove 15 of the neighboring desk 100. It is possible to facilitate the flow of outside air for heat dissipation even when the desk is installed in parallel.

Reference numeral 38 is a hole for connecting external lines that can support the wiring in the lateral direction, and reference numeral 91 is a through-hole plug which is formed in a ventilable structure and fitted into the holes 37 and 38.

In the computer mounting case 80, a computer component constituting the computer body is directly assembled and installed, or a slim computer body in which the computer component is assembled is installed.

An example in which a computer body and a peripheral device are installed in the computer storage desk will be described with reference to FIGS. 3 and 5.

FIG. 3 is a plan view showing a computer and a peripheral device in a state in which the upper plate of FIG. 1 is removed, FIG. 4 is a schematic front view of FIG. 3, and FIG. 5 shows a molding cap for wiring treatment applied to FIG. 3. Isolated perspective view.

As shown in the figure, peripheral devices to be used, such as the modem 200 and the hub 300, are installed in the peripheral storage compartment 50, and the power strip 400 is installed in the wire storage compartment 60 to the computer mounting case 80. The connection between the installed computer parts and each device is appropriate.

In order to organize the wiring in the wiring storage chamber 60, it is possible to install and use a molding cap 110, which is generally used for wiring processing.

Molding cap 110 is a known structure is formed of a flexible material as shown in Figure 5 is formed of the first and second members 111, 112 that can be fitted to each other, the interior in a mutually coupled state Space is formed. Reference numeral 111a is a hole formed so that the wiring line can be drawn out to the outside at an appropriate position.

The double-sided tape may be attached to the bottom surface of the second member 112 of the molding cap 110 to have an appropriate length on the second lower plate 61.

For reference, the wiring state of FIG. 3 uses the space between the back plate 40 and the floor from the terminal box installed on the wall in the home to receive the wire and the communication line from the second lower plate 61 through the lower hole 62. It is shown to be drawn out to the room 60, and if you want to use the desk in solidarity, such as in a PC room, you can wire using the side hole 38.

On the other hand, a computer storage desk of another embodiment to which the storage structure of the keyboard is applied is shown in Figs. Elements having the same function as in the above-described drawings are denoted by the same reference numerals.

Referring to the drawings, the slide support plate 150 for mounting the keyboard 500 is coupled to a position that vertically divides the space between the first lower plate 51 and the first divided upper plate 10a of the peripheral storage compartment 50. The guide rail 151 which can be made is formed.

A guide bar that is slid along the guide rail 150 is also formed on the side surface of the slide support plate 150.

This structure is a modem 200, a hub in the space between the first lower plate 51 and the slide support plate 150 of the peripheral storage compartment 50 in a state that the slide support plate 150 is mounted along the guide rail 151 A peripheral device such as 300 may be installed, and the keyboard 500 may be installed on the slide support plate 150.

As described so far, according to the computer storage desk according to the present invention, it is possible to store computer-related devices in a horizontal direction parallel to the top plate in the upper space facing the top plate, to accommodate the computer-related devices It provides the advantage of reducing the occupied space of the desk required, and provides the advantage that can be easily performed by removing the top plate during repair and replacement. In addition, the heat dissipation structure is easy, and the wiring process can be neat even when the desks are installed in a row.

Claims (8)

The first and second side plates coupled in parallel with each other along the first direction at both ends of the rear plate, and the horizontal sides combined with the top surfaces of the first and second side plates with respect to the top plate in a second direction perpendicular to the first direction. In a desk having a support bar, Peripheral storage formed by a first lower plate coupled to the first side plate to extend in the second direction below the horizontal support bar and a partition wall formed to extend a predetermined height in a direction parallel to the side plate on the first lower plate. Fruit; A guide rail provided on a side surface of the partition wall facing the second side plate and the side plate; And And a computer mounting case slidably coupled to the guide rail. The desk of claim 1, wherein the computer mounting case has a storage space stepped in a direction perpendicular to the first direction, and a depth of a rear portion of the computer mounting case is deeper. . The heat dissipation hole is formed in a portion of the computer mounting case that faces the second side plate, and has a position corresponding to the heat dissipation hole when the computer mounting case is mounted on the guide rail. And a heat dissipation hole is formed in the second side plate. The computer mounting case mounted to the peripheral storage compartment and the guide rail is formed to be spaced apart from the rear plate by a predetermined distance. And a wire storage unit configured to store a wiring member in a space separated from the peripheral device storage room and the computer mounting case. The computer storage desk of claim 4, wherein the wiring housing has a second lower plate coupled between the rear plate and the side plate at a lower distance than the first lower plate. The desk of claim 5, wherein at least one external line connection hole is further formed in the side plate which together with the second lower plate forms an accommodation space of the wiring accommodating part. According to claim 1, The top plate is provided with a size that can cover the internal space formed by the side plate and the back plate, and provided with a first and second divided top plate which is separated from each other, The second divided top plate is formed to have a size that can close the area corresponding to the wiring housing space, the computer storage desk, characterized in that the groove is formed in communication with the wiring housing. The computer storage desk of claim 1, wherein a vibration absorbing layer formed of a vibration absorbing member is further provided on at least one side of the guide rail and a portion contacting the computer mounting case.