KR200486286Y1 - Rack cabinet - Google Patents

Abstract

The present invention relates to a rack cabinet comprising: a lower member disposed on the ground; A front frame mounted on a front edge portion of the lower member and mounted with a front variable frame mounted on the front edge of the lower member, A rear frame mounted on a front edge portion of the lower member and mounted with a rear flexible frame, the rear flexible frame being mounted on the front edge of the lower member, Front and rear doors respectively mounted between the front frame and the rear frame; A side door mounted between the front frame and the rear frame; An upper member mounted on the upper portion of the frame; And a fixing frame coupled to upper and lower parts of the upper and lower members of the front frame and to upper and lower parts of the upper and lower members of the rear frame, respectively.
According to the present invention, not only can it be used as a communication rack or an internet hub rack, but also a front frame and a rear frame can be selectively positioned according to equipment specifications such as communication equipment or internet hub rack equipment, environment, and purpose It is possible to secure the internal space of the rack cabinet while reducing the material cost and the maintenance cost.

Description

Rack Cabinet {RACK CABINET}

The present invention relates to a rack cabinet, and more particularly, to a rack cabinet that can be used in a communication rack or an internet hub rack in a compatible manner, but can be easily adjusted in length, according to environment, purpose, and equipment.

In general, a rack cabinet is a rack cabinet that includes a plurality of PCBs (Printed Circuit Boards) that perform respective functions such as audio equipment, communication equipment, network, telephone exchange exchange equipment or Internet server (Subseries) A plurality of sub-racks to be mounted are installed in and out so as to be operated as a single system.

In particular, in recent years, various communication devices have been diversified to provide services such as a telephone network, an internet communication network, and a satellite communication network due to the widening of the network environment and the development of the information communication industry. Accordingly, It is necessary to use a cabinet for storing racks for communication equipment for storing and storing the communication equipment in order to efficiently manage and maintain each of these services efficiently in one place.

Here, the racks for audio equipment and communication equipment are manufactured in various sizes such as 19 ", 21" and 23 "according to IEC standards (International Electrical Commission 297 Part 1, 2, 3) and EIA standards (The Electrcal Industries Association) It is used in various fields such as measuring instruments, broadcasting equipment, LAN dedicated equipment, and electronic equipment as well as general sound equipment and communication equipment. In most cases, 19 "rack is mainly used when it is not special equipment.

On the other hand, the international standard of the rack described above has a constant width (X axis length), a height (Y axis length) and a front / rear width (Z axis length)

Referring to FIG. 1, a conventional rack cabinet includes a cabinet 10, a horizontal frame 14 and vertical frames 15 assembled to form a main frame having a hexagonal basic frame, The upper frame 11 and the lower frame 12 are fixed to the upper and lower portions of the main frame and doors are provided on the front and rear sides of the frame. The cabinet 10 is formed by fixing the side plates 13 to each other.

The fixed frame 16 fixed to the horizontal frames 14 on the left and right sides of the main frame has a horizontal cross section formed at a right angle and a plurality of screw holes 16a are formed at one side thereof at regular intervals Respectively.

A flange 21 is formed at both ends of the sub rack 20. The flange 21 is formed with a screw hole 16a formed in the fixed frame 16 at an interval A screw hole 22 is formed.

The sub rack 20 thus formed is fixed to the screw holes 22 of the flange 21 formed on both sides of the sub rack 20 in a state of being inserted between the vertical frames 15 on both sides of the cabinet 10 The screw holes 16a of the frame 16 are placed on the same line and then are fastened to the fixed frame 16 by the fastening screws 17 so that a plurality of sub racks 20 are installed in one cabinet 10 It is loaded.

The width W of the cabinet 10 for storing the sub rack 20 is also set to the width of the sub rack 20 because the width of the sub rack 20 is made to have a constant width (X axis length) It is manufactured to a certain size according to the international standard of the product. The depth and height are manufactured with different sizes according to the equipment used.

Prior art relating to such rack cabinets is disclosed in Korean Patent Application Publication No. 1999-007888 (Feb. 25, 1999), "frame coupling structure of rack cabinets", "public kitchen cabinets 2011-0008632 (September 09, 2011) A public rack system 2012-0003802 (2012.06.01) "a rack for storing broadcast equipment", a registered rack system (registered trademark) No. 1162534 (June 28, 2012) "rack cabinet", etc. are disclosed.

However, in the conventional rack cabinet, since the post is mainly used for screw or bolt fastening in order to join the plates to the posts, the post cabinet has a structure in which the posts are divided in the longitudinal direction. After the screws or bolts are fastened, There is a problem that the strength is lowered and the appearance quality is poor.

In the conventional technology, the fixed frame for fixing the front of the rack to the cabinet is formed so as to have a constant front and rear width within the cabinet. Since the racks are formed to have different front and rear widths depending on the equipment used, There is a problem in that a cabinet of a size suitable for a rack having a plurality of racks is separately purchased and used.

Korean Utility Model Publication No. 1999-007888 (Feb. 25, 1999) Korea Public Utility Model Publication No. 2011-0008632 (September 9, 2011)

It is an object of the present invention to provide a rack cabinet that is compatible with a communication rack or an Internet hub rack.

It is another object of the present invention to provide a rack cabinet capable of selectively positioning and fixing a variable frame of a front frame and a rear frame according to size, environment, and purpose of equipment such as communication equipment or Internet hub rack equipment mounted in a rack cabinet. have.

According to an aspect of the present invention, there is provided a rack cabinet comprising: a lower member disposed on a ground; A front frame mounted on a front edge portion of the lower member and mounted with a front variable frame mounted on the front edge of the lower member, A rear frame mounted on a rear edge of the lower member and mounted with a rear flexible frame, the rear flexible frame being adjustable in the longitudinal and longitudinal directions according to the equipment mounted therein; Front and rear doors respectively mounted between the front frame and the rear frame; A side door mounted between the front frame and the rear frame; An upper member mounted on the upper portion of the frame; And a fixing frame coupled to upper and lower parts of the upper and lower members of the front frame and to upper and lower parts of the upper and lower members of the rear frame, respectively.

In addition, the lower member may be formed in a square shape and may have a frame joint portion coupled to a frame at an upper corner portion thereof, and a door coupling portion may be formed at both sides thereof in a longitudinal direction so as to be engaged with a side door or a frame coupling, The side door position fixing and engaging portion may be formed at the outer end of the door coupling portion for guiding and fixing the side door.

Here, a castor frame having guide rail grooves may be selectively installed on both sides of the lower portion of the body so that the member or the plate having the caster can move in the forward and backward directions.

Further, the front frame may have a front body formed with a front fixing part for guiding and fixing the front door forward; A side door supporting part for supporting the side door is formed on the outer side of the front body and a side frame door supporting part for supporting the side door is formed on the outer side of the front body. A frame connector formed; And a body cover welded to the upper and lower ends of the front body and having a coupling hole formed therein so as to be engaged with the upper and lower members at intervals.

Here, the front variable frame, which is fixedly coupled to the frame coupling hole after being adjusted in length according to the equipment, may further be mounted in the moving space of the frame connector.

Next, the rear frame includes a rear body having a rear fixing part for guiding and fixing the rear door to the rear; A side door supporting part for supporting the side door is formed on the outer side of the rear body and a side door supporting part for supporting the side door is formed on the outer side of the rear body. A frame connector formed; And a body cover welded to the upper and lower ends of the rear body and having a coupling hole formed therein so as to be engaged with the upper and lower members at intervals.

At this time, a rear flexible frame may be further installed in the moving space of the frame connector, the length of which is adjusted according to the equipment, and the fixed frame is coupled to the frame coupling hole.

In addition, a variable frame fastener having a coupling hole for fixing the variable frame or the lower member and the upper member may be bent in the horizontal direction at the upper, lower, upper and lower portions of the frame coupling coupled to the rear of the body.

In addition, the variable frame may be formed by bending the frame supporting surface at one end thereof in a perpendicular direction with respect to the frame contact surface coupled with the frame connection port, and bending the frame fixing surface at the opposite end thereof.

In addition, the fixed frame is mounted on the upper and lower portions of the front frame, the front fixed frame is formed with an opening at the upper or lower portion thereof, And a rear fixing frame, which is mounted on the upper and lower portions of the rear frame, respectively, and which is open at the front, and a coupling portion for coupling and fixing is formed therein.

According to the present invention, not only can it be used as a communication rack or an internet hub rack, but also a front frame and a rear frame can be selectively positioned according to equipment specifications such as communication equipment or internet hub rack equipment, environment, and purpose It is possible to secure the internal space of the rack cabinet while reducing the material cost and the maintenance cost.

1 shows a conventional rack cabinet;
Figs. 2 and 3 are a perspective view and an exploded perspective view of the rack cabinet according to the present invention; Fig.
4 is a plan sectional view showing a rack cabinet according to the present invention.
5 (a) and 5 (b) are views showing a lower member constituting a rack cabinet according to the present invention.
FIG. 6 is a perspective view showing a connection state of front and rear frames and a door coupling portion constituting a rack cabinet according to the present invention; FIG.
7 and 8 are perspective views showing a front frame and a rear frame constituting a rack cabinet according to the present invention;
9 (a) and 9 (b) are exploded perspective views showing a front body and a rear body constituting the rack cabinet according to the present invention.
Figs. 10 and 11 show a rear door and a side door constituting a rack cabinet according to the present invention; Fig.
FIG. 12 is a perspective view showing a combined state of the front and rear frames and the upper member according to the present invention. FIG.
Figs. 13 and 14 are views showing an upper member constituting a rack cabinet according to a design according to the present invention; Fig.
15 (a) and 15 (b) are views showing a fixing frame constituting a rack cabinet according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. However, the present invention may be embodied in many different forms and is not limited to the embodiments described herein. Like parts are designated with like reference numerals throughout the specification.

2 and 3 are a perspective view and an exploded perspective view of the rack cabinet according to the present invention, FIG. 4 is a plan sectional view showing the rack cabinet according to the present invention, and FIG. 5A and 5B are views showing a lower member constituting a rack cabinet according to the present invention. FIG. 6 is a side view showing a connection state of front and rear frames and a door coupling portion constituting a rack cabinet according to the present invention FIGS. 9A and 9B are perspective views showing a front frame and a rear frame constituting a rack cabinet according to the present invention. FIGS. 9A and 9B are perspective views showing a front cabinet and a rear cabinet constituting a rack cabinet according to the present invention. 10 and 11 are views showing a rear door and side doors constituting a rack cabinet according to the present invention. FIG. 12 is a perspective view showing a state in which the front and rear frames and the upper member are engaged with each other according to the present invention.FIGS. 13A and 14B are views showing an upper member constituting a rack cabinet according to a design according to the present invention. FIG. 15A and FIG. 15B are perspective views of a fixing frame Fig.

The rack cabinet 100 of the present invention includes a lower member 200, a front frame 300 on which a front variable frame is mounted, a rear frame 400 on which a rear flexible frame is mounted, a front door 500, a rear door 600, A side door 700, an upper member 800, and a stationary frame 900.

That is, according to the present invention, the rack cabinet 100 has a function of changing the length of the front variable frame of the front frame 300 and the length of the rear variable frame of the rear frame 400 according to the equipment installed in the communication rack or the internet hub rack, So that the communication equipment and the Internet hub equipment can be easily installed.

The lower member 200 is mounted on the lower portion of the rack cabinet 100 and disposed on the ground.

5 and 6, the lower member 200 is formed with a frame engaging portion 220 to be coupled with the frames 300 and 400 at the upper edge portion of the body 210 formed in a rectangular shape, A door coupling part 230 is protruded in the longitudinal direction so as to be coupled with the side door 700 or the frame coupling holes 320 and 420 on both sides and a side door 700 is formed outside the door coupling part 230. [ The side door position fixing part 240 is formed for guiding and fixing the side door.

That is, the lower member 200 includes a frame coupling part 220 for coupling with the frames 300 and 400 at corner parts of a rectangular shaped body 210, The door coupling part 230 is bent so as to be engaged with the door 700 and the frame coupling parts 320 and 420 while the side door position fixing part 240 ) Is formed in a predetermined section.

The door coupling part 230 is bent in a multi-step manner to open front, rear, and outer sides. The door coupling part 230 is fixed to the upper part of the body 210 by bolts or welding. The frame coupling holes 326 and 426 of the front and rear frames 300 and 400 and the fastening holes are formed in the vertical surfaces on both sides so that the door coupling portion 230 can be coupled through bolts or welding. A frame coupling hole 234 is formed for coupling.

In addition, it is noted that a wheel having a stopper can be selectively mounted on the lower portion of the body 210 constituting the lower member 200 for smooth movement.

A castor frame 250 having a guide rail groove 260 is formed on both sides of the lower portion of the body 210 of the lower member 200 so that the member or the plate having the castor can be easily moved forward and backward. Can be mounted.

That is, the caster frame 250 can easily move the shelf or the member forward or backward through the guide rail grooves 260, which are formed on both sides of the body 210 and are downwardly recessed.

The front frame 300 is mounted on the front corner of the members 200 and 800, respectively.

At this time, the height of the front frame 300 may vary depending on environment, purpose, and the like.

7 and 9A, the front frame 300 includes a front body 310 on which a front fixing part 314 for guiding and fixing the front door 500 is formed, And a side door support portion 322 for supporting the side door 700 is formed on the outer side of the front door 310 and a side door support portion 322 for supporting the side door 700 is provided on the outer side thereof. And a plurality of frame coupling holes (326) are formed at intervals, a frame coupling hole (320) formed in the frame coupling hole (324), and a movable frame (324) A front variable frame 330 fixedly coupled to a fastener coupled to the upper body 326, and a lower flexible frame 330 welded to the upper and lower ends of the front body 310 and coupled to the upper and lower members 200, The body cavity 342 in which the coupling hole 342 is formed It consists of 340.

That is, the front frame 300 has a front body 310 formed with a front fixing part 314 for fixing and guiding the position of the front door 500, The body cover 340 is welded and then joined to the frame connecting portion 320 where the side door supporting portion 322 and the moving space 324 and the plurality of frame coupling holes 326 are formed at the rear of the front body 310 The position of the front variable frame 330 is adjusted to the moving space 324 of the frame connection port 320 and then the front variable frame 330 is fixed to the fastener coupled to the frame coupling hole 326 .

The front frame 300 is a space of the front fixing part 314 formed at the front of the front body 310 and accommodates the side of the communication equipment or the Internet hub equipment, And the side door 700 positioned between the front frame 300 and the rear frame 400 can be fixedly supported in the space of the side door supporting portion 322. [

At this time, the front fixing part 314 and the side door supporting part 322 constituting the front frame 300 are connected to the shape of the communication equipment or the Internet hub equipment, the position of the frame connector 320 and the shape of the side door 700 Or may be formed in a state in which it is removed or deformed.

The front frame 300 is coupled to the front variable frame 330 after the front body 310 and the frame connection port 320 are individually or in a state of being coupled to each other.

The front body 310 may be integrally formed, but may be formed as a front outer pillar 310a and a front inner pillar 310b in order to change the size according to the equipment along with the coupling and disassembly .

That is, the front body 310 includes a front outer pillar 310a having an opening 312a formed at one side thereof and having a front fixing part 314 as shown in FIG. 9 (a) And a front inner collar 310b having one end thereof supported by the front fixing part 314 and having a fastening hole 312b which is coupled to the frame coupling hole 320 through a fastening hole at an interval in the vertical direction, .

At this time, the side surfaces of the front outer pillars 310a and the front inner pillars 310b are welded to each other.

The front body 310 has a front inner column 310b inserted into the opening of the front outer column 310a and then the front outer column 310a and the front inner column 310b are in contact with each other Welded to each other.

As shown in the figure, the frame coupling 320 is coupled to the rear of the front body 310. The front end of the frame coupling 320 is connected to the front body 310, A movable space 324 and a plurality of frames 326 are formed on the inner side of the side door support portion 322 to adjust and fix the front variable frame 330.

At this time, a variable frame (330) having a coupling hole (328a) for fixing the front variable frame (330) or the lower member (200) and the upper member (800) The fastener 328 can be bent in the horizontal direction.

That is, the variable frame fixture 328 is bent in the horizontal direction toward the inner side at the upper portion, the lower portion, or the upper and lower portions of the frame coupling hole 320 to fix the variable frame fixing hole 328, So that the upper member 200 or the lower member 800 can be fixed.

The front variable frame 330 which is disposed in the movement space 324 of the frame coupling member 320 has a frame supporting surface 332 coupled to the frame connecting hole 320, The frame fixing surface 336 is bent at a right angle direction and the frame fixing surface 336 is bent at the opposite side end in multiple stages.

That is, the front variable frame 330 is formed by bending the frame supporting surface 334 at one end with respect to the frame contacting surface 332 in a direction perpendicular to the frame contacting surface 332, and bending the frame fixing surface 336 in a multi- will be.

At this time, the frame engaging hole 326 of the frame engaging hole 320 and the frame engaging hole 326 of the frame engaging face 332 constituting the front variable frame 330, the frame supporting face 334 and the frame fixing face 336, An engaging hole 338 is formed at an interval for fixing.

4 (a) and 4 (b), the front variable frame 330 can be moved forward or backward to adjust the distance according to communication equipment or Internet hub equipment .

The rear frame 400 is mounted on the rear edge of the members 200 and 800, respectively.

In this case, the height of the rear frame 400 may be the same as the height of the front frame 300.

The rear frame 400 includes a rear body 410 and a rear body 410 on which a rear fixing part 414 for guiding and fixing the rear door 600 is formed at a rear side as shown in FIGS. 8 and 9B, And a side door support portion 422 for supporting the side door 700 is formed on the outer side of the rear body 410 and a side door support portion 422 for supporting the side door 700 is formed on the inner side of the rear side body 410, A plurality of frame coupling holes 426 are formed in the moving space 424 and spaced apart from each other and a frame connecting hole 420 is formed in the moving space 424 of the frame connecting hole 420, The upper and lower ends of the rear body 410 are welded to each other. The upper and lower members 200 and 800 are welded to each other with an interval therebetween. And a body cover 440 on which a coupling hole 442 is formed It is sex.

That is, the rear frame 400 includes a rear body 410 on which a rear fixing part 414 for guiding and fixing the rear door 600 is formed, The body cover 440 is welded and then joined to the frame door 420 where the side door supporting portion 422 and the moving space 424 and the plurality of frame coupling holes 426 are formed at the rear side of the rear body 410 The position of the rear variable frame 430 is adjusted to the moving space 424 of the frame connector 420 and then the rear variable frame 430 is fixed to the fastener coupled to the frame engaging hole 426 .

The rear frame 400 includes a rear fixing part 414 formed on the rear side of the rear body 410 and a rear door 600 accommodating side surfaces of communication equipment or Internet hub equipment. And the side door 700 located between the front frame 300 and the rear frame 400 can be fixedly supported in the space of the side door supporting portion 422. [

At this time, the rear fixing part 414 and the side door supporting part 422 constituting the rear frame 400 are connected to each other by the shape of the communication equipment or the Internet hub equipment, the position of the frame connector 420 and the shape of the side door 700 Or may be formed in a state in which it is removed or deformed.

The rear frame 400 is coupled with the rear flexible frame 430 after painting the rear body 410 and the frame connector 420 in a state where the rear body 410 and the frame connector 420 are coupled to each other.

Here, the rear body 410 may be integrally formed, but is formed as a rear outer pillar 410a and a rear inner pillar 410b for the size change according to the equipment along with the coupling and disassembly .

That is, the rear body 410 includes a rear outer pillar 410a having an opening 412a formed at one side thereof and a rear fixing part 414 and a rear outer pillar 410b inserted into the opening of the rear outer pillar 410a, And a rear inner pillar 410b supported on the inner surface of the rear outer pillar 410a and formed with a fastening hole 412b which is coupled to the frame connecting hole 420 through a fastener at an outer surface thereof in a vertical direction.

The rear body 410 may be fixed to the inside of the rear outer pillars 410a while the rear inner pillars 410b are inserted into the openings of the rear outer pillars 410a .

As shown in the drawing, the frame coupling 420 is coupled to the rear of the rear body 410. The front end of the frame coupling 420 is coupled to the rear body 410, A side door supporting portion 422 is formed for supporting and a moving space 424 and a plurality of frame combining holes 426 are formed on the inner side for adjusting and fixing the position of the rear variable frame 430.

At this time, a variable frame 430 having a coupling hole 428a for fixing the lower member 200 and the upper member 800 is provided at the upper, lower, upper and lower portions of the frame coupling member 420, The fastener 428 can be bent in the horizontal direction.

That is, the variable frame fixture 428 is bent in the horizontal direction toward the inner side at the upper, lower, upper and lower portions of the frame fitting hole 420 to fix the variable frame fixture 428 and insert into the fitting hole 428a So that the upper member 200 or the lower member 800 can be fixed.

The rear flexible frame 430 which is disposed in the moving space 424 of the frame coupling member 420 has a frame supporting surface 432 coupled to the frame connecting hole 420, And the frame fixing surface 436 is bent in a multi-step manner at the opposite end.

That is, the rear variable frame 430 is formed by bending the frame supporting surface 434 at one end thereof in the direction perpendicular to the frame contact surface 432 and forming the frame fixing surface 436 in a multi- will be.

At this time, the frame connecting surface 422 of the frame connecting portion 420 is fixed to the frame contacting surface 432, the frame supporting surface 434, and the frame fixing surface 436 constituting the rear flexible frame 430, An engaging hole 438 is formed at an interval.

4 (a) and 4 (b), the rear flexible frame 430 may be moved forward or backward to adjust the distance according to communication equipment or Internet hub equipment .

The front door 500 is mounted between the front frame 300.

That is, the front door 500 is formed of tempered glass or panel having a size of a space formed between the left front frame 300 and the right front frame 300.

Here, the front door 500 can be fixed to the front frame 300 with a known knob cam lock, but also can be formed as a fitting or rotating structure with a known fitting or rotating structure.

Further, it is noted that the front door 500 may be formed in a state of being excluded according to environment, purpose, and the like.

The rear door 600 is mounted between the two rear frames 400.

The rear door 600 is formed of a panel or glass having a size of a space formed between the left rear frame 400 and the right rear frame 400, and a plurality of ventilation holes 610 are formed in a lower portion thereof.

That is, the rear door 600 is formed of a panel or glass, and allows the outside air to flow in through the ventilation hole 610 formed in the lower part.

In addition, the rear door 600 is mounted on the knob cam lock 620 so as to be fixed to the rear frame 400 on both sides of the upper side.

At this time, the rear door 600 may be formed of a known fitting structure or a rotating structure instead of the knock cam lock 620.

The side door 700 is mounted between the front frame 300 and the rear frame 400.

The side door 700 is formed of a panel having a size of a space formed between the front frame 300 and the rear frame 400, A side door fixing hole 710 may be formed in the side door fixing hole 710 so as to be fixed to the upper and lower members 200 and 800, Are mounted with an interval therebetween.

A position fixing hole 720 is formed in the lower surface of the side door 700 so that the side door position fixing part 240 of the lower member 200 can be inserted therein. The ventilating hole 730 may be formed to allow the air to flow into the interior and to discharge the air inside. The ventilating hole 730 may be omitted if necessary.

The side door 700 is assembled with the side door position fixing portion 240 of the lower member 200 in the fixing hole 720 and then the knob cam lock 712 mounted on the upper side The upper and lower members 200 and 800 can be fixed to the upper and lower members 800 and 800 by engaging the fastener with the side door fixing holes 710 formed on the upper and lower sides.

Here, the door fixing hole 710 is a fastening hole for fastening the side door 700 together with the knock cam lock 712, and may be omitted according to circumstances.

That is, after the side door 700 is assembled with the side door position fixing portion 240 of the lower member 200, the knob cam lock 712 is assembled, and then, (710).

12 and 13, a plurality of ventilation holes 810 are formed in the upper member 800, and a frame coupling portion 830 is formed at a lower edge portion of the upper member 800 so as to be coupled to the frames 300 and 400. [ And a door coupling portion 830 having a coupling hole 320 and a rear frame coupling hole 420 for the front frame and a coupling hole 832 for fixing and supporting the front frame are formed on both sides of the frame coupling portion 830 .

That is, the upper member 800 is formed to have a size corresponding to the lower member 200 and is positioned at an upper portion of the frames 300 and 400 and the doors 500, 600, and 700, And is fixedly coupled to the knob cam lock hole 834 by the side door 700 and the knock cam lock 712 while being fixedly coupled to the frames 300 and 400 through the through holes.

At this time, the knob cam hole 834 is formed at a position corresponding to the knock cam lock 712, and the shape thereof may be variously formed according to the knock cam lock 712.

A plurality of cover ventilating holes 842 are formed in the upper member 800. The cover ventilating holes 842 are formed in a multi-stage bend in order to block foreign substances from entering the inside or the outside. The fan cover 840 may be mounted.

That is, the fan cover 840 forms a cover ventilation hole 842 at a position corresponding to the ventilation hole 810 of the upper member 800, and a filter 844 is installed therein to discharge the air inside the fan cover 840 So that external air can be introduced into the interior.

The stationary frame 900 is welded or fastened to the members 200 and 800 located on the upper and lower sides of the front frame 300 and the members 200 and 800 located on the upper and lower sides of the rear frame 400 respectively.

The fixed frame 900 is mounted on the upper and lower parts of the front frame and has an opening 912 through which the upper part or the lower part is opened and a front fixing frame 910 And a rear fixing frame 920 formed with openings 922 which are respectively mounted on upper and lower parts of the rear frame and open frontward and in which coupling parts 924 are formed for coupling and fixing.

That is, the fixed frame 900 includes frames 300 and 400 mounted on the left and right sides, respectively, mounted between the front frame 300 and the front frame 300, the rear frame 400 and the rear frame 400, But it is fixedly coupled through welding or bolt tightening.

The opening 912 of the front fixing frame 910 is formed on the upper portion or the lower portion and the opening 922 of the rear fixing frame 920 is formed on the inner side so that the bending operation can be easily performed .

Hereinafter, an embodiment of the rack cabinet configured as described above will be described with reference to FIGS.

A frame coupling part 220 is formed at an upper corner of a rectangular body 210 to be coupled with the frames 300 and 400 and a side door 700 and a frame coupling part The door coupling part 230 is protruded in the longitudinal direction so as to be coupled with the door coupling part 320 and the door coupling part 230. In order to guide and fix the side door 700 to the outside of the door coupling part 230, Thereby forming a lower member 200 on which the unit 240 is formed.

A front body 310 having a front fixing part 314 for guiding and fixing the front door 500 to the front of the lower part 200 and a front fixing part 314 coupled to the rear side of the front body 310, A side door support portion 322 for supporting the side door 700 is formed on the front body 310 and a movable space 324 and a plurality of frames 322 are provided on the inside for adjusting and fixing the front flexible frame 330. [ A frame connecting hole 320 in which an engaging hole 326 is formed at an interval and a frame connecting surface 320 which is disposed in the moving space 324 of the frame connecting hole 320 and which is engaged with the frame connecting hole 320, A front variable frame 330 in which a frame supporting surface 334 is bent in a perpendicular direction at an end and a frame fixing surface 336 is formed in a multi-tier at an opposite side end, and a front variable frame 330 at the upper and lower ends of the front body 310 Welded and spaced inside - Fit the lower front frame member 300 is composed of a body cover 340 which is the coupling hole 342 is formed to be coupled with (200, 800), respectively.

A rear body 410 having a rear fixing part 414 for guiding and fixing the rear door 600 to the rear of the lower part 200, a front body 410 coupled to the front of the rear body 410, A side door support portion 422 for supporting the side door 700 is formed with the rear body 410 and a movement space 424 is formed on the inside of the rear side frame 410 in order to adjust and fix the position of the rear flexible frame 430, A frame connecting hole 420 in which a coupling hole 426 is formed at an interval and a frame contact surface 432 disposed in a moving space 424 of the frame connecting hole 420 and coupled to the frame connecting hole 420, A rear flexible frame 430 on which a frame supporting surface 434 is bent at a right angle and a frame fixing surface 436 is bent at a plurality of stages at an opposite side end, And the upper and lower portions And a body cover 440 in which a coupling hole 442 is formed so as to be coupled with the members 200 and 800, respectively.

A plurality of ventilation holes 810 are formed in the upper part of the frames 300 and 400 and a frame engaging part 830 is formed at the lower corners so as to be coupled to the frames 300 and 400. A front frame coupling part 320 and a rear frame coupling part 420 are formed on both sides of the frame coupling part 830 and a door coupling part 830 having a coupling hole 832 for fixing and supporting is formed. The member 800 is mounted.

Next, a front fixing frame 910 having an opening 912 formed on an upper portion or a lower portion in an upper space or a lower space between the front frame 300 and a coupling hole 914 formed therein at an interval is welded or bolted And a rear fixing frame 920 having an engaging portion 924 formed therein for engaging and fixing is formed in the inside of the opening portion 922. The rear fixing frame 920 is fixed to the rear frame 400, They are welded and bolted together, respectively.

A front door 500, which is made of tempered glass or panel and has a known knock cam lock or a rotating mechanism mounted at the end thereof, is installed in the space formed inside the front frame 300 and the front fixed frame 910 A plurality of ventilation holes 610 are formed at a lower portion thereof and a known knock cam lock 620 is formed at an end portion thereof. The ventilation holes 610 are formed in the rear frame 400 and the rear fixing frame 920, The rear door 600 is mounted.

Next, the front frame 300 and the rear frame 400 are formed with a panel, and upper and lower portions are fixed to the coupling holes 232 of the door coupling portion 230 through fasteners such as screws and bolts A knob cam lock 712 is mounted between the upper side door fixing holes 710 and a position fixing protrusion 240 of the lower member 200 is fixed to the lower side door fixing hole 710, The mounting of the rack cabinet 100 is completed by mounting the side door 700 on which the position fixing holes 720 and the plurality of ventilation holes 730 are formed.

Here, the assembly process of the rack cabinet may be configured differently from the above.

Hereinafter, an embodiment of the rack cabinet configured as described above will be described with reference to FIGS.

Here, power supply means for supplying power to the inside of the rack cabinet 100 is constructed by selecting power supply means known in the art depending on environment and purpose, and a detailed description thereof will be omitted.

When a communication device, a network, an Internet server, or the like is to be installed in the rack cabinet 100, a rack frame (not shown) is vertically installed in a rack cabinet having an empty square box shape A plurality of racks (not shown) are fixed to the pack frame, and then a communication device, a network, an Internet server, and the like are mounted.

While the present invention has been described with reference to the accompanying drawings, it is to be understood that the present invention is not limited to the specific forms and orientations, and various changes and modifications may be made by those skilled in the art. Should be interpreted as being included in.

100: rack cabinet, 200: lower member,
210: body, 220: frame coupling part,
230: door coupling portion, 240: side door position fixing portion,
250: a caster frame, 260: a guide rail groove,
300: front frame, 310: front body,
320: frame connecting port, 322: side door supporting portion,
324: moving space, 326: frame joining ball,
328: Variable frame fastener, 330: Front variable frame,
332: frame contact surface, 334: frame supporting surface,
336: frame fixing surface, 338: engaging hole,
400: rear frame, 410: rear body,
420: frame connecting port, 422: side door supporting portion,
424: moving space, 426: frame joining ball,
428: a variable frame fastener, 430: a rear variable frame,
432: frame contact surface, 434: frame support surface,
436: frame fixing surface, 438: engaging hole,
500: front door, 600: rear door,
610: ventilation hole, 700: side door,
710: Side door fixing hole, 720: Position fixing hole,
800: upper member, 810: ventilation hole,
820: frame coupling portion, 830: door coupling portion,
832: coupling ball, 840: fan cover,
842: cover ventilation hole, 844: filter,
900: stationary frame, 910: front stationary frame,
912: opening, 914: engaging ball,
920: rear fixing frame, 922: opening,
924: Coupling section.

Claims (10)

A lower member disposed on the ground;
A front frame mounted on a front edge portion of the lower member and mounted with a front variable frame mounted on the front edge of the lower member,
A rear frame mounted on a rear edge of the lower member and mounted with a rear flexible frame, the rear flexible frame being adjustable in the longitudinal and longitudinal directions according to the equipment mounted therein;
Front and rear doors respectively mounted between the front frame and the rear frame;
A side door mounted between the front frame and the rear frame;
An upper member mounted on the upper portion of the frame;
And a fixing frame coupled to the upper and lower portions of the upper and lower members of the front frame and the upper and lower members of the upper and lower members of the rear frame,
The fixed frame includes:
A front fixed frame mounted on upper and lower portions of a front frame, an opening formed in an upper portion or a lower portion, and a coupling hole formed in an upper portion or a lower portion with an interval therebetween; And
And a rear fixing frame mounted on the upper and lower portions of the rear frame, respectively, and having an opening portion for opening the front portion thereof, and a coupling portion formed therein for coupling and fixing.
[2] The apparatus according to claim 1,
A door coupling part is formed in a longitudinal direction so as to be coupled with a side door or a frame coupling part on both sides of the frame joint part formed on the upper corner of the body formed in a rectangular shape, And a side door position fixing and engaging part is formed for guiding and fixing the side door.
The method of claim 2,
Wherein a caster frame having guide rail grooves is selectively mounted on both sides of the lower portion of the body so that the member or the plate having the caster can move in the forward and backward directions.
[2] The apparatus according to claim 1,
A front body on which a front fixing part is formed for guiding and fixing the front door in front;
A side door supporting part for supporting the side door is formed on the outer side of the front body and a side frame door supporting part for supporting the side door is formed on the outer side of the front body. A frame connector formed; And
And a body cover welded to the upper and lower ends of the front body and having a coupling hole formed therein so as to be coupled to the upper and lower members with a gap therebetween.
The method of claim 4,
And a front variable frame is further mounted on the moving space of the frame connector, the length of which is adjusted according to the equipment, and the front variable frame is fixedly coupled to the frame coupling hole.
The rear frame according to claim 1,
A rear body on which a rear fixing part is formed for guiding and fixing the rear door to the rear;
A side door supporting part for supporting the side door is formed on the outer side of the rear body and a side door supporting part for supporting the side door is formed on the outer side of the rear body. A frame connector formed; And
And a body cover welded to the upper and lower ends of the rear body and having a coupling hole formed therein so as to be coupled to the upper and lower members with a gap therebetween.
The method of claim 6,
And a rear variable frame is further mounted on the moving space of the frame connector, the length of which is adjusted according to the equipment, and then the rear flexible frame is fixedly coupled to the frame coupling hole.
The method according to claim 4 or 6,
And a variable frame fastener having a coupling hole for fastening the variable frame or the lower member and the upper member is bent in a horizontal direction on an upper portion, a lower portion, an upper portion or an upper portion of a frame coupling member coupled to the rear of the body. .
The method according to claim 4 or 6,
Wherein a frame supporting surface is bent at a right angle at one end of the variable frame relative to a frame contact surface coupled to the frame connection port and a frame fixing surface is bent at a multi-stage at an opposite end.
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