KR102134338B1 - rack mount adapter of half mount type - Google Patents

Abstract

The present invention relates to a rack mount adapting technology where a dual mounted half type device performs forward and backward sliding operations by user operation and may naturally fix the half type device in place upon a backward sliding with respect to a corresponding half type device after a half type device is dually mounted in one layer in a rack cabinet wherein a half type device (for example, half type rack mount) or a full type device (for example, full type rack mount) are mounted as a plurality of layers. More particularly, the present invention relates to a technology which dually mounts a half type device on a top surface thereof as one layer in a state where the half type device is horizontally disposed on a rack cabinet in a wide tray form, individual half type devices may perform in individual forward and backward sliding according to user operation in that individual half type devices are divided so that dually mounted half type devices do not interfere with each other, and fixing in place of corresponding slid half type device is naturally achieved in a backward direction thereof in forward and backward sliding. According to the present invention, when maintenance or component replacement operation is performed with respect to only one of dually mounted half type devices, even if a dual half type device like the related art is not dismantled, corresponding operation with respect to only one device may be performed so that a corresponding operation may be efficiently performed.

Description

Rack mount adapter of half mount type

The present invention is a half-type device (e.g., half-type rack mount) or full-type device (e.g., full-type rack mount) in a rack cabinet that is mounted in a plurality of layers, the half-type device is dually mounted on one layer and then the This is a technology for rack-mount adaptation that enables the user to operate the front and rear slidings individually for the half-type device mounted dually, and that can be fixed in place naturally when rear sliding to the half-type device.

More specifically, the present invention dually mounts a half-type device on its upper surface in a horizontally wide tray form in a rack cabinet as one layer, but each half-type device mounted in the dual interference with each other. Each half-type device is partitioned so that this does not occur, and individual half-type sliding of each half-type device according to user manipulation is possible, as well as the position of the corresponding half-type device that is slid to its rear when sliding in the front-rear direction. It is a technology that enables the fixing to occur naturally.

In general, in a workplace dealing with broadcasting equipment (eg, management office, broadcasting room), a plurality of rack mounts are arranged in a plurality of layers along a vertical direction from inside one rack cabinet. In addition, a plurality of cables connected to each rack mount are arranged at the rear of the rack cabinet and are connected to external equipment.

Here, each rack mount can be frequently re-inserted after being removed from the rack cabinet by the administrator according to needs such as maintenance or replacement of parts.

At this time, since each rack mount has a plurality of cables connected from the rear, after removing the rack mount from the rack cabinet, the connection with the cable must be temporarily disconnected to perform maintenance or replacement of the rack mount. It can be done.

Then, before putting the rack mount back into the corresponding layer of the rack cabinet, it is necessary to perform a connection operation with the previously released cable. As such, the operation of removing or reinserting a rack mount from a rack cabinet can be a very cumbersome task for an administrator.

On the other hand, the size (eg, width) of a rack cabinet may vary, but when viewed from a rack mount, if the rack mount is longer in the left-right direction than in the front-rear direction, it can be viewed as a'full-type device', If the direction is the same and the left and right directions have half the width, it can be viewed as a'half type device'.

Here, a plurality of rack mounts mounted in a plurality of layers in one rack cabinet may be suitable for a'full type device' depending on the purpose of broadcasting equipment or each cable connected to the rear of the rack mount, and'half type device' In some cases, it may be appropriate to use two of them, and in some cases, it is appropriate to mix the'full type device' and'half type device' in one rack cabinet.

At this time, if a'full-type device' and a'half-type device' are mixed in one rack cabinet, the width of the rack cabinet will naturally be adopted as a standard to accommodate the width of the'full-type device'.

That is, [Fig. 1] is an exemplary view showing a rack-mount adapter and a full-type device of the prior art, and [Fig. 2] is an exemplary diagram showing a rack-mount adapter and a half-type device of the prior art.

A full-type device 10 as shown in [Fig. 1] and a rack-mount adapter 40 that mounts it in one rack cabinet and a first half-type device 21 and a second half-type device as shown in [Fig. 2] In the case of mixing (22) and the rack-mount adapter 40 to mount the rack cabinet, the width of the rack cabinet naturally takes into account the width of the rack-mount adapter 40 corresponding to the full-type device 10, and the full-type device 10 ) Will be adopted as an acceptable standard.

Here, referring to FIG. 2, the first half-type device 21 and the second half-type device 22 that are mounted left and right on the upper surface of one rack mount adapter 40 are separate joint brackets 31 and 32. ,33).

For example, when only one of the first half-type device 21 and the second half-type device 22 is taken out of the rack mount adapter 40 of the corresponding layer or placed in the rack mount adapter 40, the adjacent other There is a problem that it interferes with one another and becomes a stumbling block to its entry.

In addition, in the rear of the rack-mount adapter 40 of the corresponding layer, each cable connected to the first half-type device 21 and each cable connected to the second half-type device 22 are frequently entangled with each other. When only one of the half-type device 21 and the second half-type device 22 is pulled out from the rack mount adapter 40 of the corresponding layer, another adjacent one is interfered with each other and is pulled out at an angle, and then the cables are entangled. Occurs.

In order to solve this problem, the first half-type device 21 and the second half-type device 22 mounted on the rack mount adapter 40, which is one layer, as shown in FIG. 2, have a plurality of joint brackets 31. ,32,33), the first half-type device 21 and the second half-type device 22 were brought out from the rack cabinet at once or put in one operation at a time.

However, as shown in FIG. 2, despite the need for maintenance or replacement of parts only for one of the first half-type device 21 and the second half-type device 22, both are taken out and the corresponding joint bracket 31 ,32,33), and then work again, the joint brackets (31,32,33) are fastened again, and there is a cumbersome problem that must be mounted on the corresponding rack mount adapter 40 of the rack cabinet.

Accordingly, when removing or inserting only one of the first half-type device 21 and the second half-type device 22 mounted on one layer from the layer, the other half adjacent devices are not interfered with as described above. It is required to implement a technology capable of solving the problems of the prior art.

The present invention has been proposed in view of the above points, and an object of the present invention is to dual-mount a half-type device in a state arranged on a predetermined layer of a rack cabinet, without interfering with each other of the dual-mounted half-type devices. It is to provide a rack mount adapter of a half-mount type that can slide one in the front and rear individually according to the user's intention.

In addition, the object of the present invention is a half-mount type that allows the corresponding half-type device to be naturally fixed in place in the rear when the rear-sliding the half-type device dually mounted on a predetermined layer of the rack cabinet individually according to the user's operation. In providing a rack mount adapter.

In order to achieve the above object, the present invention is equipped with two half-type devices (hereinafter referred to as'first half-type device' and'second half-type device' respectively) in a rack cabinet capable of multi-stage storage of electronic devices. As a half-mount type rack mount adapter for, the base plate 110, which is formed in a flat horizontal plate shape from the inside of the rack cabinet and is mounted on both inner walls of the left and right ends of the rack cabinet, respectively; A boundary bending bracket 120 in which a central portion of the base plate is cut a long distance in the front-rear direction and a portion of the cut-out portion is bent upward; A left mount region member 131 for slidably mounting the first half-type device in the front-rear direction as an upper surface of the base plate corresponding to the left side of the boundary bending bracket; A right mount region member 132 for slidably mounting the second half-type device in the front-rear direction as an upper surface of the base plate corresponding to the right side of the boundary bending bracket; A left support bracket 141 mounted on the left inner wall of the rack cabinet as the left end of the base plate is bent upward; A right support bracket 142 mounted on the right inner wall of the rack cabinet as the right end of the base plate is bent upward; A slip-prevention bracket 150 preventing rear drops of the first half-type device and the second half-type device sliding forward and backward from the upper surface of the base plate as a predetermined width of the rear end of the base plate is bent upward; It is mounted on any one or more of the left support bracket, right support bracket, and slip prevention bracket, and when one or more of the first half type device or the second half type device is adjacent by sliding, magnetically holding the adjacent half type device One or more magnetic force holder member 160; is configured to include.

And, as the front end portion of the left support bracket is formed to be bent to the left outward and a plurality of bolt holes penetrating the portion bent to the left are formed, the left mount bracket 171 capable of bolting to the pillar of the rack cabinet; Further comprising a; the right support bracket 172 which can be bolted to the pillar of the rack cabinet as the front end of the right support bracket is formed to be bent to the right outward and a plurality of bolt holes penetrating the right bent portion are formed; Can be.

Here, the magnetic holder member 160, the first half-type device and the second half-type device sliding from the base plate as it protrudes upward from the center of the slip-prevention bracket and mounts a magnet on the front surface of the protruding portion A central holder member 161 for holding a portion of the one or more half-type devices by magnetic force when one or more of them are adjacent; A part of the first half-type device is formed when the first half-type device sliding from the left-side region member is adjacent as the magnet is mounted on the front side of the part bent to the right from the rear end of the left support bracket. Left holder member 162 for holding by magnetic force; When the second half-type device sliding in the right-side region member is adjacent as the magnet is mounted on the front side of the part bent to the left from the rear end of the right support bracket, the part of the second half-type device is adjacent. The right holder member 163 for holding by magnetic force; may be provided.

The present invention is provided with a boundary bending bracket for partitioning each of the dual half-type devices, and as the magnetic holder member is provided at the rear, only one of the dual-type half-type devices is pulled out from the mounting area of the corresponding layer by sliding method. It exhibits the advantage of smooth sliding without interfering with the other adjacent one during the loading operation.

In addition, the present invention, when performing maintenance or parts replacement work for only one of the dual-mounted half-type device, because it is possible to perform only the corresponding work for any one without dismantling the dual half-type device as before It shows the advantage of being able to efficiently perform that task.

In addition, the present invention exhibits the advantage that the half-type device is naturally fixed in place at the rear when the half-type device is rear-slided in a predetermined layer of the rack cabinet by having one or more magnetic holder members.

1 is an exemplary view showing a prior art rack mount adapter and a full type device,
Figure 2 is an exemplary view showing a prior art rack-mount adapter and half-type device,
Figure 3 is a state of use of a half-mount type rack mount adapter according to the present invention,
[Figure 4] is a view showing a state in which the half-type device is separated from [Figure 3],
[Fig. 5] is a view of [Fig. 4] viewed obliquely from the bottom up;
FIG. 6 is an enlarged view illustrating excerpts of the rack mount adapter of FIG. 4 and the rack mount adapter of FIG. 5.

Hereinafter, the present invention will be described in detail with reference to the drawings.

[Fig. 3] is a state diagram of the use of the half-mount type rack mount adapter according to the present invention, [Fig. 4] is a view showing a state in which the half-type device is separated from [Fig. 3], and [Fig. 5] is [ 4] is a view looking at an angle from the bottom upward, and [FIG. 6] is an enlarged view of the rack mount adapter of [FIG. 4] and the rack mount adapter of [FIG. 5].

3 to 6, the present invention includes two half-type devices (hereinafter referred to as'first half-type device' and'second half-type device, respectively) in a rack cabinet capable of storing multiple stages of an electronic device. As a half-mount type rack mount adapter for mounting, the base plate 110, the boundary bending bracket 120, the left mounting region member 131, the right mounting region member 132, and the left supporting bracket ( 141), a right support bracket 142, a slip prevention bracket 150, a magnetic holder member 160, a left mount bracket 171, a right mount bracket 172 may be included.

As the base plate 110 is formed in the form of a flat horizontal plate as shown in [FIG. 4] to [FIG. 6], the base plate 110 is arranged in a horizontal direction to achieve multiple stages in the vertical direction in the interior of the rack cabinet. The left end and the right end of the rack cabinet may be mounted on both inner walls, respectively.

The boundary bending bracket 120, as shown in [Fig. 4] to [Fig. 6], the center portion of the base plate 110 is cut a long distance in the front-rear direction, and then a portion of the cut-off portion is bent upward.

Due to the provision of the boundary bending bracket 120, the first half-type device 21 and the second half-type device 22, which are arranged on the basis of the boundary bending bracket 120 on the upper surface of the base plate 110, are [FIG. In the process of sliding in the front-rear direction as in 3], individual sliding motions are possible without interference between the first half-type device 21 and the second half-type device 22.

And, due to the provision of the boundary bending bracket 120, as shown in [Fig. 3] based on the boundary bending bracket 120 on the upper surface of the base plate 110, the left and right area region members 131 and 132 ).

That is, the left mounting region member 131 is the upper surface of the base plate 110 corresponding to the left side of the boundary bending bracket 120, as shown in [Fig. 3] and [Fig. 4], the first half-type device 21 It slides forward and backward.

The right mount region member 132 is an upper surface of the base plate 110 corresponding to the right side of the boundary bending bracket 120, and the second half-type device 22 in the front-rear direction as shown in [FIG. 3] and [FIG. 4]. It slides as possible.

On the other hand, the left support bracket 141 and the right side as shown in [Fig. 4] to [Fig. 6] on both ends of the base plate 110 so that both sides of the base plate 110 can be smoothly mounted from the inside of the rack cabinet. The support bracket 142 may be formed.

That is, as shown in [FIG. 4] to [FIG. 6], the left support bracket 141 may be mounted on the left inner wall of the rack cabinet as the left end of the base plate 110 is bent upward.

And, as shown in [Fig. 4] to [Fig. 6], the right support bracket 142 may be mounted on the right inner wall of the rack cabinet as the right end of the base plate 110 is bent upward.

In addition, due to the provision of the left support bracket 141 and the right support bracket 142, the first half type device 21 slides the upper surface of the left mounting region member 131 in the front-rear direction and the second half-type device ( 22) the base plate 110 can maintain the current horizontal state with respect to the external force generated at both ends of the base plate 110 from the sliding motion of the upper surface of the right mount region member 132 in the front-rear direction.

The anti-slip bracket 150 may have a predetermined width at the rear end of the base plate 110 bent upward as shown in FIGS. 3 to 6.

As a result, the first half-type device 21 and the second half-type device 22 sliding in the front-back direction from the upper surface of the base plate 110 can be prevented from falling backward by being caught by the slip-prevention bracket 150.

The magnetic holder member 160 may be mounted on any one or more of the left support bracket 141, the right support bracket 142, and the slip prevention bracket 150 as shown in [FIG. 3] to [FIG. 6].

As a result, when one or more of the first half-type device 21 or the second half-type device 22 slides backward, the magnetic force holder member 160 is adjacent to the magnetic force when it is adjacent to the magnetic force holder member 160. Hold the half-type device.

That is, when sliding one of the first half-type device 21 and the second half-type device 22 mounted on the upper surface of the base plate 110 to the rear, even if the user pushes roughly without precise force adjustment, the corresponding half The type device can be secured in place in the rear.

For example, when the user slides any one of the first half-type device 21 and the second half-type device 22 rearward, if there is no magnetic force holder member 160, the force of the sliding motion is adjusted as well as the left and right sides. Efforts to adjust the distortion in the direction should be made, but when either one of the first half-type device 21 or the second half-type device 22 is adjacent to the magnetic force holder member 160, the magnetic force holder member 160 As it holds its adjacent half-type device by magnetic force, it can be fixed in place in the rear while being adjusted to the left and right directions.

To this end, preferably, the magnetic force holder member 160 may include a central holder member 161, a left holder member 162, and a right holder member 163.

The central holder member 161 may be formed to protrude upward from the central portion of the anti-slip bracket 150 as shown in [FIG. 4] to [FIG. 6].

In addition, when at least one of the first half-type device 21 and the second half-type device 22 sliding on the base plate 110 as the center holder member 161 mounts a magnet on its front surface is adjacent A portion of the one or more half-type devices is held by a magnetic force, but is held in cooperation with a surrounding holder member.

The left holder member 162 may be formed to be bent to the right from the rear end of the left support bracket 141, as shown in [Figure 4] to [Figure 6].

In addition, the left holder member 162 is a part of the first half-type device 21 when the first half-type device 21 sliding from the left-side area member 131 is adjacent as it mounts a magnet on its front side. Is held by magnetic force.

The right holder member 163 may be bent to the left from the rear end of the right support bracket 142, as shown in Figure 4] to [Figure 6].

And, the right holder member 163 is a magnetic force to a portion of the second half-type device 22 when the second half-type device 22 sliding from the right-mounted area member is adjacent as it mounts a magnet on its front side Can hold.

On the other hand, the left mount bracket 171 has a plurality of bolt holes penetrating the portion formed by bending to the left of the front end of the left support bracket 141 and bent to the left as shown in [Fig. 4] to [Fig. 6]. As it is formed, it may be configured to be bolted to the left front column (not shown) of the rack cabinet.

In addition, the right mount bracket 172 is formed with a plurality of bolt holes penetrating to the right side of the front end portion of the right support bracket 142 and bent to the right side as shown in [Fig. 4] to [Fig. 6]. As it is formed, it can be configured to be bolted to the rear front pillar (not shown) of the rack cabinet.

Here, the first half-type device 21 and the second half-type device 22 sliding countlessly in the front-rear direction from the upper surface of the base plate 110 due to the provision of the left-side bracket 171 and the right-side bracket 172 By the operation of the base plate 110 may be prevented from occurring step difference due to the rear of the rack cabinet.

10: Full type device
21: first half type device
22: second half type device
31, 32, 33: joint bracket
40: rack mount adapter
100: rack mount adapter according to the present invention
110: base plate
120: boundary bending bracket
131: left mount area member
132: right mounting area member
141: Left support bracket
142: Right support bracket
150: slip prevention bracket
160: magnetic holder member
161: Central holder member
161a: Magnet
162: Left holder member
162a: magnet
163: right holder member
163a: magnet
171: Left mount bracket
172: right mounting bracket

Claims (3)

As a half-mount type rack mount adapter for mounting two half-type devices (hereafter referred to as'first half-type device'and'second half-type device') in a rack cabinet capable of storing multiple stages of electronic devices. ,
A base plate 110 formed in a flat horizontal plate shape from the inside of the rack cabinet and having its left end and right end mounted on both inner walls of the rack cabinet;
A boundary bending bracket 120 in which a central portion of the base plate is cut a long distance in the front-rear direction and a portion of the cut-out portion is bent upward;
A left mounting area member 131 for slidably mounting the first half-type device in the front-rear direction as an upper surface of the base plate corresponding to the left side of the boundary bending bracket;
A right mount region member 132 for slidably mounting the second half-type device in the front-rear direction as an upper surface of the base plate corresponding to the right side of the boundary bending bracket;
A left support bracket 141 mounted on the left inner wall of the rack cabinet as the left end of the base plate is bent upward;
A right support bracket 142 mounted on the right inner wall of the rack cabinet as the right end of the base plate is bent upward;
As the predetermined width of the rear end of the base plate is bent upward, the anti-slip bracket 150 prevents rear drops of the first half-type device and the second half-type device sliding forward and backward from the upper surface of the base plate. );
It is mounted on any one or more of the left support bracket, the right support bracket, and the slip-prevention bracket, and when the at least one of the first half type device or the second half type device is adjacent by sliding, its adjacent half One or more magnetic holder member 160 for holding the type device;
A half-mount type rack mount adapter comprising a.
The method according to claim 1,
A left mount bracket 171 capable of fastening bolts to the pillars of the rack cabinet as the front end of the left support bracket is formed to be bent to the left outward and a plurality of bolt holes penetrating the bent portion to the left are formed;
A right-side bracket 172 capable of bolting to a pillar of the rack cabinet as a front end of the right support bracket is formed to be bent to the right outward and a plurality of bolt holes are formed to penetrate the bent portion to the right;
Half-mount type rack mount adapter further comprises a.
The method according to claim 1 or 2,
The magnetic holder member 160,
At least one of the first half-type device and the second half-type device sliding on the base plate may be adjacent to each other by protruding upward from the center portion of the slip-prevention bracket and mounting a magnet on the front surface of the protruding portion. When the central holder member 161 for holding a portion of the one or more half-type device by magnetic force;
The first half-type device when the first half-type device sliding in the left-side area member is adjacent as the magnet is mounted on the front side of the portion bent to the right from the rear end of the left support bracket. Left holder member 162 for holding a portion of the magnetic force;
The second half-type device when the second half-type device sliding on the right mounting region member is adjacent as the magnet is mounted on the front side of the portion bent to the left from the rear end of the right support bracket. Right holder member 163 for holding a portion of the magnetic force;
Rack mount adapter of the half-mount type, characterized in that it comprises a.

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