KR102161940B1 - Desk for storage of monitor - Google Patents

Abstract

The present invention relates to a desk capable of storing a monitor that enables a user to withdraw and store a monitor as necessary using an elevation part, and to improve the aesthetic appearance by inserting and fixing a plate into a frame using a bracket. As a result, a desk is formed by a combination of a vertical frame and a horizontal frame of a hollow structure, and a plurality of brackets are formed in a plurality of hollow portions formed by mutual coupling of each of the vertical and horizontal frames. To fix the plate to the part, and to configure a lifting part configured to connect a monitor to one side of the plate located at the rear of the desk, a wall-mounted monitor is connected to one side of the lifting part. The present invention relates to a desk capable of storing a monitor that allows the monitor to be withdrawn and received through the passage of the upper plate configured on the upper plate, and by configuring an opening and closing part on the upper plate so that the user can selectively open and close the passage of the upper plate.

Description

Desk for storage of monitor}

The present invention relates to a desk in which a monitor can be stored, and more particularly, a user can withdraw and store a monitor as needed by using an elevating part, and a plate is inserted and fixed to the frame using a bracket to provide a beautiful appearance. It relates to a desk capable of storing a monitor to improve the performance.

In general, a desk is provided indoors such as home and office so that a user can use it for various purposes, and most of the desks are equipped with PC-related devices including a monitor, a keyboard, a mouse, and a computer body.

Recently, a monitor, keyboard, and mouse are placed on the top of such a desk so that users can conveniently use the computer at any time. However, for users who need to use a wider desk, a monitor having a relatively heavy weight has to be moved one by one. There was a cumbersome problem.

Due to this problem, recently, many desks have been developed in which the monitor can be pulled out and used on the top of the desk only when necessary while the monitor is stored inside the desk, and the structure thereof is also variously changed and used.

First of all, looking at the conventional technology,

Registration No. 10-0876454 (Special) In a monitor storage type desk that automatically withdraws and stores monitors through a passage configured in the desk by installing support plates that rise and fall between both side plates formed to face each other, the support plate A cover plate for opening and closing the passage configured in the desk by the installed link device; A guide rail for opening and closing a passage by moving a cover plate configured with a link device according to a constant speed of the supporting plate, which is formed to be symmetrical to each of the two side plates so that two arcs are connected in a row to have a "S" shape; Consisting of an elevating device for raising and lowering the base plate, the link device includes a first link hinged to the base plate at one end and a second link hinged at one end to the cover plate, the first and second links The other end of the link is hinged to the guide rails configured on the both side plates by means of a coupling pin, and the cover plate is moved in accordance with the elevation of the base plate to open and close the passage.

Looking at the above-described conventional technology, as the base plate on which the monitor is provided is lifted and lowered by the self-going self, the monitor is pulled out and accommodated, and the cover plate is configured to open and close the passage formed on the desk. It is mainly described that the cover plate can close the passage configured in the desk when it can be pulled out and used, and when stored.

On the other hand, in recent years, as various lifestyle changes and monitor installation locations and forms are considered, the monitor can be installed in a wall-mounted form using a separate support bracket so that the monitor can be installed in various locations to enhance the user's use environment. A lot of monitors have been developed and used.

However, the above-described conventional technology has a problem that it is difficult to use by applying it to a wall-mounted monitor that must be fixed using separate screws and support brackets.

The present invention has been devised to solve the problems of the prior art, and constitutes a desk by combining a vertical frame and a horizontal frame of a hollow structure, and a plurality of hollows formed by mutually combining the vertical and horizontal frames A plurality of brackets are configured on the part, and the plate can be fixed to the hollow part using the bracket, and an elevating part configured to connect a monitor to one side of the front part of the plate located at the rear of the desk. A wall-mounted monitor is connected to one side of the elevating part to allow the monitor to be pulled out and received through the passage of the upper plate formed on the upper part of the desk, and the opening and closing part of the upper plate is configured to allow the user to selectively open and close the passage of the upper plate. It was completed as a technical task with the focus on providing a desk that can store a monitor that allows it to be stored.

According to the present invention for achieving the above object, there is provided a desk consisting of a combination of a vertical frame and a horizontal frame of a hollow structure, wherein each of the vertical frame and the horizontal frame are formed by mutually coupling a plurality of hollow parts; A plurality of brackets formed on one side of a vertical frame or a horizontal frame in which the hollow part is formed, and having an insertion hole into which a fixing member is inserted; A plurality of plates each inserted into and fixed to the inner side of the plurality of hollow portions, wherein an insertion groove into which the bracket is inserted is inserted into one end thereof; An elevating unit configured to a front portion of a plate positioned at the rear of the desk among the plurality of plates, configured to connect a monitor to one side, and slide the monitor upward and downward; A top plate configured on the upper part of the desk and having a passage through which the monitor sliding upwards and downwards is formed on one side by the lifting unit; An opening and closing part configured to open and close the passage of the upper plate; It consists of, the lifting unit is configured to be connected to a driving device configured on the front portion of the plate located at the rear of the desk, a sliding unit that slides up and down by the driving device, and the sliding unit It is composed of a connecting member having a plurality of holes formed so that the monitor can be connected to each other, and the connecting member includes a first connecting member, a second connecting member, a third connecting member, and a fourth connecting member each having a hole formed at the center thereof. It is configured to be divided into a grid, wherein the rear surfaces of the first and second connecting members and the third and fourth connecting members are configured to face each other with horizontal slides horizontally sliding along a horizontal guide member configured therein, and the first , 3 connecting members and the rear surfaces of the 2nd and 4th connecting members are configured with vertical slides that vertically slide along the vertical guide members configured therein, respectively, and the horizontal guide members and the rear surfaces of the vertical guide members face each other. A plurality of fastening holes and fastening holes are formed spaced apart from each other, and insertion holes and insertion holes communicating with the plurality of fastening holes and fastening holes are formed in each of the horizontal and vertical slide parts, and the insertion hole and The insertion hole includes a plurality of fastening holes and a fastening member fastened to the fastening hole, and the sliding part has a plurality of insertion holes penetrating to the front and the rear, and the rear central part of each horizontal guide member A monitor, characterized in that a fastening hole communicating with the plurality of insertion holes is formed, and each insertion hole communicating with the fastening hole of each of the horizontal guide members includes a fastening member that is fastened to the communicating fastening hole. We intend to solve the problem by providing a desk that can store the product.

According to the desk capable of storing a monitor according to the present invention, the original purpose of allowing the monitor to be pulled out and stored through the passage of the upper plate is maintained as it is by using the elevating part, and at the same time, the opening and closing part is formed in the passage of the upper plate to the user. When the monitor is pulled out and not in use, the opening and closing part is closed so that the user can use the top of the desk widely, and the wall-mounted monitor can be connected and used using the hole in the connecting member of the elevating part. This is a useful invention that allows the plate to be inserted into and fixed to a plurality of hollow parts thereby improving the appearance of the plate.

1 is a perspective view showing a preferred embodiment of the present invention
Figure 2 is an exploded perspective view showing a desk in the configuration of the present invention
3 is a front view showing a desk in the configuration of the present invention
Figure 4 is a perspective view showing the configuration of the upper plate on the desk of the configuration of the present invention
5 is a perspective view showing a plate and an elevating part positioned at the rear of the desk in the configuration of the present invention
6 is a use state diagram showing a preferred embodiment of the present invention
7 is a front cross-sectional view showing (A ㅡ A') of FIG. 6
8 is a front view (a) and a rear view (a') showing another embodiment of a connection member in the configuration of the present invention
9 is a side cross-sectional view showing (B ㅡ B') of FIG. 8
Figure 10 is a state diagram showing another embodiment of the connection member in the configuration of the present invention (rear view)
11 is a use state diagram showing another embodiment of a connection member in the configuration of the present invention (front view)
12 is a side cross-sectional view showing (C-C') and (D-D') of FIG. 11
13 is a plan view showing a door part configured as another embodiment of the present invention
14 is a side cross-sectional view showing (E ㅡ E') of FIG. 13
15 is a use state diagram showing a door unit configured as another embodiment of the present invention

The present invention provides a desk capable of storing a monitor that enables a user to withdraw and store a monitor as needed using an elevation part, and to improve the aesthetic appearance by inserting and fixing a plate into the frame using a bracket. do.

Hereinafter, a preferred configuration and operation of the present invention for achieving the above object will be described with reference to FIGS. 1 to 15 with reference to the accompanying drawings.

First of all, before describing the present invention, a configuration thereof will be described with reference to FIGS. 1 to 7. In the desk 10 formed by a combination of a vertical frame 11 and a horizontal frame 13 of a hollow structure, each of the vertical frames The frame 11 and the horizontal frame 13 are formed by mutually coupling a plurality of hollow parts 100; A plurality of brackets formed on one side of the vertical frame 11 or the horizontal frame 13 on which the hollow part 100 is formed, and having an insertion hole 210 into which the fixing member 230 is inserted ( 200); A plurality of plates 300 each inserted into and fixed to the inner side of the plurality of hollow parts 100, and an insertion groove 310 into which the bracket 200 is inserted at one end thereof; It is configured on the front part of the plate 300 located at the rear of the desk 10 among the plurality of plates 300, and is configured to connect a monitor (m) to one side, the monitor (m) above, An elevating part 400 that slides downward; A top plate 500 formed on one side of the desk 10 and having a passage 510 through which the monitor sliding upwards and downwards by the lifting unit enters and exits; An opening and closing part 600 configured to open and close the passage 510 of the upper plate 500; Consists of

When describing the present invention configured as described above in more detail,

First, a conventional general desk 10 has a hollow structure in which one side of a plurality of vertical frames 11 and a plurality of horizontal frames 13 spaced apart from each other is combined at a right angle to form an empty interior.

The vertical frame 11 and the horizontal frame 13 may be combined in a variety of ways, such as a portion to be combined with each other through conventional welding, a combination or a unitary structure that can be combined and separated.

The hollow part 100 refers to an empty space formed inside when each of the vertical frames 11 and the plurality of horizontal frames 13 form a right angle and form a square shape.

The bracket 200 is formed in a plurality of vertical frames 11 or horizontal frame 13 on one side of the hollow portion 100 is formed, the insertion hole 210 into which the fixing member 230 is inserted on one side Is formed.

Here, it is preferable that a plurality of brackets 200 are configured on one side of the vertical frame 11 or the horizontal frame 13 in which the plurality of hollow parts 100 are formed, but the monitor through the front part of the desk of the present invention It is preferable not to be configured on one side of the front or rear of the desk depending on the purpose of the desk, such as allowing the computer body and the chair to be connected to be located inside the desk through the front portion of the desk.

The plate 300 is respectively inserted into and fixed to the inner side of the plurality of hollow parts 100, and is formed by interpolating an insertion groove 310 into which the bracket 200 is inserted at one end.

Here, the plate 300 is preferably made of a material different from the material of the vertical frame 11 and the horizontal frame 13, which is inserted into the inner side of the plurality of hollow parts 100, respectively, the vertical frame By contrasting with the (11) and the horizontal frame (13), it is possible to improve the overall appearance of the desk of the present invention.

In addition, the insertion groove 310 of the plate 300 is preferably formed by being interpolated in the same shape as the shape of the bracket 200, which is the plate 300 is inserted into each of the inside of the hollow portion 100 When possible, the bracket 200 is completely inserted into the insertion groove 310 to be firmly fixed, and the bracket 200 protrudes from the plate 300 so that it is not exposed, so that the aesthetics of the appearance can also be improved. will be.

The elevating part 400 is configured on the front part of the plate 300 located at the rear of the desk 10 among the plurality of plates 300, and is configured to connect a monitor m to one side, the Sliding the monitor (m) up and down.

Here, although not shown, the lifting unit 400 is a conventional general lifting device that is connected to a battery or a separate power supply and is operated by the battery or power supply to slide upward and downward. desirable.

The upper plate 500 is configured on the upper portion of the desk 10, and a passage 510 through which the monitor sliding upward and downward by the lifting unit enters and exits is formed on one side.

That is, the passage 510 moves to the top of the top plate 500 as the monitor m connected to one side of the lifting part 400 slides upward and downward by the lifting part 400. It is to be taken out or moved to the bottom to be stored.

The opening and closing part 600 is configured to open and close the passage 510 of the upper plate 500.

That is, when the monitor (m) is accommodated in the lower portion of the upper plate 500 by sliding downward by the elevating portion 400, that is, the inside of the desk of the present inventor, the opening and closing portion 600 is closed to prevent the upper plate 500 It is to allow the user to use the upper surface widely.

In addition, as shown in FIGS. 3 and 5, the lifting unit 400 includes a driving device 410, a sliding unit 430, and a connecting member 450.

The driving device 410 is configured on the front side of the plate 300 positioned at the rear of the desk 10.

Here, the driving device 410 may be used by applying a driving means such as a conventional general motor for selectively sliding one end of the sliding part 430 to be described below.

The sliding part 430 is configured to slide upward and downward by the driving device 410.

That is, the sliding part 430 is connected to the upper part of the driving device 410 and one end of the sliding part 430 slides upward and downward according to the operation of the driving device 410.

The connecting member 450 is configured to be connected to the sliding part 430, and a plurality of holes (h) are formed so that the monitor (m) can be connected to one side.

That is, it is connected to the sliding part 430 and moves upward and downward as the sliding part 430 slides upward and downward, and is configured in a plate shape, so that the rear surface of the wall-mounted monitor m is A plurality of holes h that are spaced apart from each other to correspond to the holes in the rear surface of the monitor (m) are formed by passing through from the front to the rear in the front surface.

On the other hand, looking at another embodiment of the connection member 450 with reference to FIGS. 8 to 12,

The connecting member 450 is formed of a first connecting member 450a, a second connecting member 450b, a third connecting member 450c, and a fourth connecting member 450d each having a hole h formed in the center thereof. It is composed of divisions.

Here, the first, second, third, and fourth connecting members 450a, 450b, 450c, and 450d are preferably formed in the same shape, and in the present invention, the first connecting member 450a is disposed at the right end of the first connecting member 450a. 2 The connecting member 450b is located, the third connecting member 450c is located at the lower end of the first connecting member 450a, the lower end of the second connecting member 450b and the third connecting member It will be described that the fourth connection member 450d is positioned at the right end of the member 450c.

In addition, a horizontal slide portion that slides horizontally along the horizontal guide member 710 configured therein, respectively, on the rear surfaces of the first and second connecting members 450a and 450b and the third and fourth connecting members 450c and 450d ( 700) are formed in opposition to each other.

That is, one end of the first connecting member 450a and the second connecting member 450b is positioned on the first connecting member 450a, and the other end is the second connecting member 450b. The horizontal guide member 710 is positioned, and surrounds one end and the other end of the horizontal guide member 710 on the rear surfaces of the first and second connection members 450a and 450b. Horizontal slide portions 700 facing each other to slide along the horizontal guide member 710 are configured to face each other.

In addition, the horizontal guide member 710 is also positioned on the rear surfaces of the third and fourth connecting members 450c and 450d, and the horizontal slide portions 700 are configured to face each other.

In addition, the rear surfaces of the first and third connecting members 450a and 450c and the second and fourth connecting members 450b and 450d, respectively, have a vertical slide unit that vertically slides along a vertical guide member 810 configured therein ( 800) are formed opposite each other.

That is, one end of the first connecting member 450a and the third connecting member 450c is positioned on the first connecting member 450a, and the other end of the third connecting member 450c is positioned on the rear surface of the first connecting member 450a and the third connecting member 450c. A vertical guide member 810 positioned at is positioned, and surrounds one end and the other end of the vertical guide member 810 on the rear surfaces of the first and third connection members 450a and 450c. Vertical slide portions 800 opposed to each other to slide along the vertical guide member 810 are configured to face each other.

In addition, the vertical guide member 810 is also positioned on the rear surfaces of the second and fourth connecting members 450b and 450d, and the vertical slide portions 800 are configured to face each other.

In addition, as shown in Figs. 11 and 12, a plurality of fastening holes 713 and fastening holes 813 spaced apart from each other are formed on the rear surfaces of the horizontal guide member 710 and the vertical guide member 810, Each of the horizontal slide portion 700 and the vertical slide portion 800 is provided with an insertion hole 701 and an insertion hole 801 communicating with the plurality of fastening holes 713 and fastening holes 813, and the The insertion hole 701 and the insertion hole 801 are configured to include a fastening member b2 fastened to the plurality of fastening holes 713 and the fastening holes 813.

That is, after moving the horizontal slide part 700 with respect to the horizontal guide member 710, it can be fixed to the fastening member b2, and the vertical guide part with respect to the vertical guide member 810 After moving 800, the position of the hole h formed in the first, second, third, and fourth connecting members 450a, 450b, 450c, and 450d can be fixed by the fastening member b2. It is possible to adjust according to the standard of the hole (besa hole) formed on the back of the conventional monitor (m), thereby connecting the monitor (m) having various hole (besa hole) standards to the connecting member 450 To be able to fix it.

In addition, as shown in Figs. 8 and 9, the sliding part 430 has a plurality of insertion holes 433 penetrating forward and rearward, and the plurality of insertion holes 433 are formed in the rear central part of each of the horizontal guide members 710. A fastening hole 715 communicating with the insertion hole 433 of the is formed, and a fastening hole 715 communicating with each of the insertion holes 433 communicating with the fastening holes 715 of each of the horizontal guide members 710 A fastening member (b1) that is fastened to is included.

That is, when the vertical guide part 800 moves with respect to the vertical guide member 810 and the position of each of the horizontal guide members 710 moves upward and downward, the horizontal guide members 710 The horizontal guide member 710 is firmly fixed to the sliding part 430 by inserting and fastening the fastening member b1 through the connecting hole 433 communicated with the fastening hole 715 of the plurality of insertion holes 433 To be able to do it.

On the other hand, as shown in Figs. 13, 14, 15, the inside of the desk 10 is located in front of the elevating part 400, but one end of the first pivotally coupled to the plate 300, respectively. A door portion 900 including a door 900a and a second door 900b is included and configured.

’자 형상으로 형성되는 받침부재(920)가 구성되며, 상기 받침부재(920)의 내측면에는 완충부재(930)가 구성된다.In addition, a plurality of support portions 910 extending rearward are formed at the rear surfaces of the first door 900a and the second door 900b, and are connected to the support portion 910, but the connection member 450 It is located at the bottom, and the shape of the side section is'

A support member 920 formed in a'shape' is configured, and a buffer member 930 is formed on the inner side of the support member 920.

That is, the monitor (m) that is separated from the connection member 450 and falls downward is to be allowed to fall into the support member 920 in which the buffer member 930 is configured.

According to the desk capable of storing a monitor according to the present invention, the original purpose of allowing the monitor to be pulled out and stored through the passage of the upper plate is maintained as it is by using the elevating part, and at the same time, the opening and closing part is formed in the passage of the upper plate to the user. When the monitor is pulled out and not in use, the opening and closing part is closed so that the user can use the top of the desk widely, and the wall-mounted monitor can be connected and used using the hole in the connecting member of the elevating part. This is a useful invention that allows the plate to be inserted into and fixed to a plurality of hollow parts thereby improving the appearance of the plate.

10: desk
11: vertical frame 13: horizontal frame
100: hollow part
200: bracket
210: insertion hole 230: fixing member
300: plate
310: insertion groove
400: elevator
410: drive device
430: sliding part 433: insertion hole
450: connecting member
450a: first connecting member 450b: second connecting member
450c: third connecting member 450d: fourth connecting member
500: top plate
510: passage
600: opening and closing part
700: horizontal slide part 701: insertion hole
710: horizontal guide member
713: fastening hole 715: fastening hole
800: vertical slide part 801: insertion hole
810: vertical guide member
813: fastening hole
b1: fastening member b2: fastening member
900: door part
900a: first door 900b: second door
910: support
920: support member 930: buffer member
h: hall
m: monitor

Claims (4)

delete In the desk 10 made of a combination of a vertical frame 11 and a horizontal frame 13 of a hollow structure,
A plurality of hollow portions 100 formed by mutually coupling the vertical frames 11 and the horizontal frames 13;
A plurality of brackets formed on one side of the vertical frame 11 or the horizontal frame 13 on which the hollow part 100 is formed, and having an insertion hole 210 into which the fixing member 230 is inserted ( 200);
A plurality of plates 300 each inserted into and fixed to the inner side of the plurality of hollow parts 100, and an insertion groove 310 into which the bracket 200 is inserted at one end thereof;
It is configured on the front part of the plate 300 located at the rear of the desk 10 among the plurality of plates 300, and is configured to connect a monitor (m) to one side, the monitor (m) above, An elevating part 400 that slides downward;
A top plate 500 formed on one side of the desk 10 and having a passage 510 through which the monitor sliding upwards and downwards by the lifting unit enters and exits;
An opening and closing part 600 configured to open and close the passage 510 of the upper plate 500; Consists of,
The elevating part 400,
A driving device 410 configured on the front side of the plate 300 located at the rear of the desk 10,
A sliding part 430 that slides upward and downward by the driving device 410,
Consisting of a connecting member 450 connected to the sliding part 430 and having a plurality of holes (h) formed therein so that the monitor (m) can be connected to one side,
The connecting member 450 is formed of a first connecting member 450a, a second connecting member 450b, a third connecting member 450c, and a fourth connecting member 450d each having a hole h formed in the center thereof. It is divided into two parts,
The first and second connecting members 450a and 450b and the third and fourth connecting members 450c and 450d have a horizontal slide part 700 that slides horizontally along a horizontal guide member 710 configured therein, respectively. Is formed in opposition to each other,
The first and third connecting members 450a and 450c and the second and fourth connecting members 450b and 450d have vertical slides 800 vertically sliding along the vertical guide members 810 configured therein, respectively. Is formed in opposition to each other,
A plurality of fastening holes 713 and fastening holes 813 spaced at a predetermined interval are formed on the rear surfaces of the horizontal guide member 710 and the vertical guide member 810,
Insertion holes 701 and insertion holes 801 communicating with the plurality of fastening holes 713 and fastening holes 813 are formed in each of the horizontal slide parts 700 and the vertical slide parts 800,
The insertion hole 701 and the insertion hole 801 includes a fastening member b2 fastened to the plurality of fastening holes 713 and the fastening holes 813,
The sliding part 430 has a plurality of insertion holes 433 penetrating through the front and rear surfaces,
A fastening hole 715 communicating with the plurality of insertion holes 433 is formed at the rear central portion of each of the horizontal guide members 710,
Each insertion hole 433 communicating with the fastening hole 715 of each horizontal guide member 710 includes a fastening member b1 fastened to the fastening hole 715 communicated A desk that can store monitors.
delete The method of claim 2,
In the interior of the desk 10, it is located in front of the lifting unit 400, and one end is formed of a first door 900a and a second door 900b each pivotally coupled to the plate 300 to rotate. The door portion 900 is included and configured,
A plurality of support portions 910 extending rearward are formed at the rear surfaces of the first door 900a and the second door 900b,
It is configured to be connected to the support part 910, is located under the connection member 450, the shape of the side cross-section is'

'The support member 920 formed in a shape is configured,
A buffer member 930 is configured on the inner surface of the support member 920,
A desk capable of storing a monitor, characterized in that the monitor (m), which is separated from the connecting member (450) and falls downward, can fall into the inside of the support member (920) in which the buffer member (930) is configured.

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