KR102594767B1 - Rack structure for fixing communication equipment of building - Google Patents

Abstract

The present invention relates to a fixed rack device for building communication equipment, which is arranged at intervals on the ceiling to fix building communication equipment. It is arranged at intervals on both sides, the upper part is fixed to the ceiling, and an operating space is formed inside. A "T"-shaped vertical part is inserted into the operating space of the vertical fixture and the vertical fixture, and a horizontal support is formed in a right angle at the end of the vertical part, and is located on the upper part of the vertical part constituting the operating support. Internal support means consisting of a spring disposed in the operating space; a horizontal support plate on both sides of which is coupled to the lower part of the horizontal support part constituting the operation support member; A ceiling fixture is disposed at intervals front and rear on the outside of the internal support means, is fixed to the ceiling, and has a shock absorber connection formed in the center, and is once coupled to the ceiling fixture and is mounted at an interval between the shock absorber and the lower part of the horizontal support plate. External support means consisting of a support plate fixture and a support rod whose one end is coupled to the rod end of the shock absorber and the other end is coupled to the support plate fixture; an upper horizontal support plate disposed at intervals on top of the horizontal support plate; A pair of gap maintenance fixtures are disposed at intervals in the space formed between the horizontal support plate and the upper horizontal support plate and are respectively mounted on the same line of the horizontal support plate and the upper horizontal support plate, and the gap maintenance fixtures have upper and lower ends, respectively. A lower buffer means consisting of a coupled cylinder, a spring located on both sides of the cylinder, the ends of which are fixed to the gap maintenance fixture, and a retainer cover that surrounds the outside of the gap maintenance fixture and is made of a rubber material; and a frame support disposed at both upper ends of the upper horizontal support plate, formed in a right angle shape, and having a cushioning member made of rubber or silicon installed on the inner surface.

Description

Rack structure for fixing communication equipment of building}

The present invention relates to a fixed rack device for building communication facilities.

In general, optical fiber cable is a next-generation communication line that uses light to provide a very wide bandwidth, fast transmission speed, and ultra-precise and high-efficiency transmission quality. Recently, as consumer expectations for high-speed information communication have increased, FTTH (Fiber to The Home) has become popular. ), optical communication technologies are in the spotlight.

By connecting the telephone office to each subscriber's home with an optical cable, FTTH can realize high-quality integrated services by simplifying the current subscriber network environment, which is complexly divided into phone lines, optical cable TV, and data, into an optical subscriber network.

Accordingly, the current situation is that optical communication equipment using optical cables is rapidly replacing existing communication equipment.

To lay these communication cables, a cable tray is used, and the cable tray is towed using anchor bolts installed on the ceiling slab.

In the vibration-proof hanger device for cable tray and the cable tray including the same of Registered Patent No. 1784922 (2017.09.28.), the anchor bolt is connected to the first support rod and the second support rod, and a vibration-proof part is provided between them, and the vibration-proof part is of the main body. It is provided as a fastening member for fastening the circular plate disposed in contact with the inner surface and the first or second support rod, and an elastic member interposed between the circular plate and the fastening member.

However, the cable tray of the prior art was designed to be protected from shocks and vibrations such as earthquakes by providing vibration isolation through impacts applied in the axial direction of the first and second support rods, but only in the vertical axial direction. Since cushioning is provided, there is a problem in that it cannot respond to impacts in the length and lateral directions of the cable tray.

Republic of Korea Patent Publication No. 10-1784922

The present invention was proposed in consideration of the above-mentioned situation, and it is possible to support communication equipment placed inside the frame support not only horizontally through the internal support means and external support means, but also vertically through the lower buffer means. The purpose is to provide a fixed rack device for building communication facilities.

The building communication equipment fixing rack device according to an embodiment of the present invention has a structure that is arranged at intervals on the ceiling to fix building communication equipment. It is arranged at intervals on both sides, the upper part is fixed to the ceiling, and the inside is an operating space. A "T"-shaped vertical part is inserted into the operating space of the vertical fixture and the vertical fixture, an operating support having a horizontal support formed in a right angle at the end of the vertical part, and an upper part of the vertical part constituting the operating support. Internal support means consisting of a spring disposed in an operating space located at; a horizontal support plate on both sides of which is coupled to the lower part of the horizontal support part constituting the operation support member; A ceiling fixture is disposed at intervals front and rear on the outside of the internal support means, is fixed to the ceiling, and has a shock absorber connection formed in the center, and is once coupled to the ceiling fixture and is mounted at an interval between the shock absorber and the lower part of the horizontal support plate. External support means consisting of a support plate fixture and a support rod whose one end is coupled to the rod end of the shock absorber and the other end is coupled to the support plate fixture; an upper horizontal support plate disposed at intervals on top of the horizontal support plate; A pair of gap maintenance fixtures are disposed at intervals in the space formed between the horizontal support plate and the upper horizontal support plate and are respectively mounted on the same line of the horizontal support plate and the upper horizontal support plate, and the gap maintenance fixtures have upper and lower ends, respectively. A lower buffer means consisting of a coupled cylinder, a spring located on both sides of the cylinder, the ends of which are fixed to the gap maintenance fixture, and a retainer cover that surrounds the outside of the gap maintenance fixture and is made of a rubber material; and a frame support disposed at both upper ends of the upper horizontal support plate, formed in a right angle shape, and having a cushioning member made of rubber or silicon installed on the inner surface.

And an auxiliary buffer means is mounted between the lower buffer means and the lower buffer means, and the auxiliary buffer means includes a support bracket each mounted on the same line of the horizontal support plate and the upper horizontal support plate and having a support groove formed in a facing direction; It may be composed of a spring whose end is supported in the support groove of the support bracket and a protective cover surrounding the support bracket and the spring.

Next, a square frame penetrating front and rear is mounted on the upper part of the frame support member, and a side buffering means is installed between the vertical fixture of the internal support means and the square frame at a vertical distance, and the side buffering means includes the square frame and the square frame. A side fixture mounted on the same line in a vertical fixture and having a support groove formed in an opposite direction, a support member mounted in the support groove of the side fixture, and formed and spaced between the support member and the side fixture, and viewed from the front. It may be configured to include a side spacing support member having a character-shaped side through hole formed therein, and a spring that penetrates the side through hole of the side spacing support member and whose both ends are fixed to the support member.

The building communication equipment fixing rack device according to the present invention is capable of supporting communication equipment placed inside the frame support not only horizontally through the internal support means and external support means, but also vertically through the lower buffer means. It works.

Figure 1 is a configuration diagram showing the installation state of a fixed rack device for building communication facilities according to the present invention.
Figure 2 is a diagram showing the internal support means and the horizontal support plate constituting the building communication facility fixing rack device according to the present invention.
Figure 3 is a diagram showing the horizontal support plate and external support means constituting the building communication facility fixed rack device according to the present invention.
Figure 4 is an enlarged view of part "A" according to the present invention.
Figure 5 is a diagram showing another embodiment of a fixed rack device for building communication facilities according to the present invention.
Figure 6 is an enlarged view of part "B" according to the present invention.
Figure 7 is a diagram showing another embodiment of a fixed rack device for building communication facilities according to the present invention.
Figure 8 is an enlarged view showing the side buffering means constituting the fixed rack device for building communication facilities according to the present invention.

The advantages and features of the present invention and methods for achieving them will become clear by referring to the embodiments described in detail below along with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below and will be implemented in various different forms. The present embodiments only serve to ensure that the disclosure of the present invention is complete and that common knowledge in the technical field to which the present invention pertains is not limited. It is provided to fully inform those who have the scope of the invention, and the invention is defined by the claims. Meanwhile, the terms used in this specification are for describing embodiments and are not intended to limit the present invention. As used herein, singular forms also include plural forms, unless specifically stated otherwise in the context. As used in the specification, “comprises” or “comprising” means the presence or presence of one or more other components, steps, operations and/or elements other than the mentioned elements, steps, operations and/or elements. Addition is not ruled out.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. Figure 1 is a configuration diagram showing the installation state of a fixed rack device for building communication equipment according to the present invention, and Figure 2 is a diagram showing the installation state of a fixed rack device for building communication equipment according to the present invention. It is a drawing showing the internal support means and the horizontal support plate that make up the equipment fixing rack device, and Figure 3 is a drawing showing the horizontal support plate and the external support means that make up the building communication equipment fixing rack device according to the present invention.

The inventor's building communication facility fixing rack device (10) includes an internal support means (20), a horizontal support plate (30), an external support means (40), an upper horizontal support plate (50), a lower buffer means (60), and a frame support ( 70).

The internal support means 20 are arranged at intervals on both sides of the ceiling (W).

And the internal support means 20 has a vertical fixture 21 whose upper part is fixed to the ceiling and an operating space 22 is formed inside, and a "T"-shaped shape in the operating space 22 of the vertical fixture 21. An operating support 23 in which a vertical part 24 is inserted and a horizontal support 25 formed in a right angle at the end of the vertical part 24, and a vertical part 24 constituting the operating support 23 It consists of a spring 26 disposed in the operating space 22 located at the top of the.

That is, the internal support means 20 moves vertically along the operating space 22 of the vertical fixture 21 in which the operating support 23 supporting the horizontal support plate 30 on both sides moves in the operating space ( Shock is absorbed through the spring 26 disposed in 22).

At this time, it is revealed that the operating support 23 can be fixed in position through a fixing pin (not shown) mounted on the vertical fixture 21.

The horizontal support plate 30 is coupled on both sides to the lower part of the horizontal support portion 25 constituting the operation support member 23.

That is, the horizontal support plate 30 has a predetermined thickness and size and is fixed while being combined with the operating support member 23 of the internal support means 20 located at the upper portion and the support plate fixture 44 of the external support means 40. and support.

The external support means 40 is disposed on the outside of the internal support means 20 at intervals front and rear.

That is, the external support means 40 is coupled to the horizontal support plate 30 like the internal support means 20, and absorbs shock while fixing and supporting the horizontal support plate 30.

And the external support means 40 is disposed at intervals front and rear on the outside of the internal support means 20, and includes a ceiling fixture 41 fixed to the ceiling and having a shock absorber connection portion 42 at the center, and the ceiling. A support plate fixture (44), one end of which is coupled to the fixture (41) and mounted at an interval between the shock absorber (43) and the lower part of the horizontal support plate, one end of which is coupled to the end of the rod (43a) of the shock absorber (43), and the other end of which is It consists of a support rod (45) coupled to a support plate fixture (44).

That is, the external support means (40) couples the shock absorber (43) to the ceiling fixture (41) fixed to the ceiling (W), and the support plate fixture (44) is mounted on the lower part of the horizontal support plate (30). A support rod 45 is coupled to the shock absorber 43 and the support plate fixture 44 to support the horizontal support plate 30.

The upper horizontal support plate 50 is disposed at intervals on top of the horizontal support plate 30.

That is, the upper horizontal support plate 50 has a size corresponding to the horizontal support plate 50 and a predetermined thickness, and supports the frame support 70 and building communication equipment located at the top.

The lower buffer means 60 are disposed at intervals in the space formed between the horizontal support plate 30 and the upper horizontal support plate 50.

That is, the lower shock absorbing means 60 serves to cushion the impact transmitted through the frame support 70 and the upper horizontal support plate 50.

For this purpose, the lower buffer means 60 is provided with a pair of gap maintenance fixtures 61 mounted on the same line of the horizontal support plate 30 and the upper horizontal support plate 50, respectively, and the upper and lower parts of the gap maintenance fixture 61. A cylinder 62 whose ends are coupled to each other, a spring 63 located on both sides of the cylinder 62 and whose ends are fixed to the gap maintenance fixture 61, and a spring 63 that surrounds the outside of the gap maintenance fixture 61 and is made of a rubber material. It consists of a retainer cover (64).

That is, the lower buffer means 60 is disposed between the horizontal support plate 30 and the upper horizontal support plate 50 and then cushions the shock transmitted in the vertical direction through the cylinder 62 and a pair of springs 63. I do it.

The frame supports 70 are disposed at both upper ends of the upper horizontal support plate 50.

Additionally, the frame support 70 is formed in a right-angled shape, and a cushioning member 71 made of rubber or silicon is mounted on its inner surface.

That is, the frame support 70 is formed in a right-angled shape to enable easy installation and stable support of building communication equipment.

Next, the building communication facility fixing rack device 10 may be configured as shown in FIGS. 5 to 8.

First, the building communication equipment fixing rack device 10 shown in FIGS. 5 and 6 shows an example in which the auxiliary buffering means 110 is mounted between the lower buffering means 60 and the lower buffering means 60.

In other words, the building communication equipment fixing rack device 10 is capable of doubly buffering shock transmitted in the vertical direction through the lower buffer means 60 and the auxiliary buffer means 110.

For this purpose, the auxiliary shock absorbing means 110 includes a support bracket 111 that is mounted on the same line of the horizontal support plate 30 and the upper horizontal support plate 50 and has a support groove 112 formed in an opposing direction. It consists of a spring 113 whose end is supported in the support groove 112 of the support bracket, and a protective cover 114 surrounding the support bracket 111 and the spring 113.

That is, the auxiliary buffering means 110 relieves the shock transmitted from the horizontal support plate 30 and the upper horizontal support plate 50 through the spring 113 disposed between the support brackets 111.

Next, the building communication facility fixing rack device 10 shown in FIGS. 7 and 8 is equipped with a square frame 120 penetrating front and rear through the upper part of the frame support 70, and the vertical support means 20 of the internal support means 20. This shows an example in which the side buffer means 130 is mounted at a vertical distance between the fixture 21 and the square frame 120.

That is, the building communication equipment fixing rack device 10 forms a square frame 120 on the upper part of the frame support 70 to stably support the building communication equipment, while absorbing shock transmitted in the horizontal direction. The side buffer means 130 are installed at intervals in the vertical direction.

For this purpose, the side buffer means 130 is mounted on the same line as the square frame 120 and the vertical fixture 21, and the side fixture 131 and the side fixture 131 are formed with support grooves 132 in opposite directions. ) is formed and spaced between the support member 133 mounted on the support groove 132 and the support member 133 and the side fixture 131, and is viewed from the front. A side gap support member 134 having a lateral through hole 135 formed inside the shape of a letter 134 passes through the side through hole 135 of the side gap support member 134, and both ends are attached to the support member 133. It is configured to include a fixed spring 136.

That is, the side buffer means 130 includes a spring 136, both ends of which are fixed to the support member 133, inside the side gap supporter 134 fixed to the side fixture 131 and the support member 133. It is installed to absorb shock in the horizontal direction.

An example of a fixed rack device for building communication facilities configured as described above is as follows.

First, the vertical fixture 21 is placed at intervals on both sides of the ceiling, the upper part of which is fixed to the ceiling, and the operating space 22 is formed inside, and the operating space 22 of the vertical fixture 21 is " An operating support 23 in which a T "shaped vertical part 24 is inserted and a horizontal support 25 is formed in a right angle at the end of the vertical part 24, and an operating support 23 that constitutes the operating support 23. An internal support means (20) consisting of a spring (26) disposed in the operating space (22) located at the upper part of the vertical portion (24) is mounted.

And horizontal support plates 30 having a predetermined thickness and size are mounted on both sides of the horizontal support portion 25 constituting the operation support 23.

Next, a ceiling fixture 41 is fixed to the ceiling at distances front and rear on the outside of the internal support means 20 and has a shock absorber connection portion 42 in the center, and is once coupled to the ceiling fixture 41 and shock-up. A support plate fixture (44) mounted at intervals between the shock absorber (43) and the lower part of the horizontal support plate, and one end of which is coupled to the end of the rod (43a) of the shock absorber (43) and the other end of which is coupled to the support plate fixture (44). An external support means (40) consisting of a rod (45) is installed.

And a pair of gap maintenance fixtures 61 and a pair of gap maintenance fixtures 61 respectively mounted on the same line of the horizontal support plate 30 and the upper horizontal support plate 50 at intervals on the upper part of the horizontal support plate 30. A cylinder 62 whose upper and lower ends are coupled to each other, a spring 63 located on both sides of the cylinder 62 and whose ends are fixed to the gap maintenance fixture 61, and a rubber material surrounding the outside of the gap maintenance fixture 61. A lower buffer means 60 consisting of a holder cover 64 formed of is mounted.

Next, an upper horizontal support plate 50 having a predetermined thickness and size is mounted on the upper part of the lower buffer means 60, and then formed in a right angle shape at both upper ends of the upper horizontal support plate 50, with rubber on the inner surface. Alternatively, it includes a frame support member 70 on which a buffer member 71 made of silicon is mounted.

Here, it is revealed that the assembly sequence of the building communication facility fixing rack device may be different from the above.

In this way, the building communication equipment fixing rack device has the advantage of being able to stably support the communication equipment located in the frame support through the internal support means, external support means, and lower buffer means, as well as reduce shock.

The above description is merely an illustrative explanation of the technical idea of the present invention, and various modifications and variations can be made by those skilled in the art without departing from the essential characteristics of the present invention.

Accordingly, the embodiments expressed in the present invention do not limit the technical idea of the present invention, but are for illustrative purposes, and the scope of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted in accordance with the claims below, and all technical ideas that are equivalent or within the equivalent scope should be construed as being included in the scope of rights of the present invention.

10: Building communication equipment fixed rack device
20: internal support means 21: vertical fixture
22: operating space 23: operating support area
24: vertical part 25: horizontal support part
26: spring
30: horizontal support plate
40: external support means 41: ceiling fixture
42: shock absorber connection 43: shock absorber
43a: Rod 44: Support plate fixture
45: support rod
50: upper horizontal support plate
60: lower buffer means 61: gap maintenance fixture
62: cylinder 63: spring
64: Holder cover
70: frame support 71: buffer member
110: Auxiliary buffering means 111: Support bracket
112: support groove 113: spring
114: protective cover
120: square frame
130: side buffer means 131: side fixture
132: support groove 133: support member
134: side gap support 135: side through hole
136: spring

Claims (3)

In the structure arranged at intervals on the ceiling to fix building communication equipment,
A vertical fixture 21 is disposed at intervals on both sides, the upper part of which is fixed to the ceiling and an operating space 22 is formed inside, and a "T" shaped vertical fixture is formed in the operating space 22 of the vertical fixture 21. An operating support 23 in which the part 24 is inserted and a horizontal support 25 is formed in a right angle at the end of the vertical part 24, and the vertical part 24 constituting the operating support 23 Internal support means (20) consisting of a spring (26) disposed in the operating space (22) located at the top;
A horizontal support plate (30) coupled on both sides to the lower part of the horizontal support part (25) constituting the operation support member (23);
A ceiling fixture 41 is disposed at intervals front and rear on the outside of the internal support means 20, is fixed to the ceiling, and has a shock absorber connection portion 42 in the center, and is once coupled to the ceiling fixture 41 and shocks the ceiling fixture 41. A support plate fixture (44) mounted at intervals between the shock absorber (43) and the lower part of the horizontal support plate, and one end of which is coupled to the end of the rod (43a) of the shock absorber (43) and the other end of which is coupled to the support plate fixture (44). External support means (40) consisting of a rod (45);
an upper horizontal support plate (50) disposed at intervals above the horizontal support plate (30);
A pair of gaps is disposed at intervals in the space formed between the horizontal support plate 30 and the upper horizontal support plate 50, and is respectively mounted on the same line of the horizontal support plate 30 and the upper horizontal support plate 50. A cylinder 62 whose upper and lower ends are coupled to the holding fixture 61 and the space maintaining fixture 61, and a spring 63 located on both sides of the cylinder 62 and whose ends are fixed to the space maintaining fixture 61, and A lower buffer means (60) consisting of a retainer cover (64) made of rubber and surrounding the outside of the gap maintenance fixture (61); and
A frame support 70 is disposed at both upper ends of the upper horizontal support plate 50, is formed in a right angle shape, and has a cushioning member 71 made of rubber or silicon on its inner surface.
Between the lower buffer means 60 and the lower buffer means 60, supports are respectively mounted on the same line as the horizontal support plate 30 and the upper horizontal support plate 50 and have support grooves 112 formed in opposite directions. Auxiliary buffer means 110 consisting of a bracket 111, a spring 113 whose end is supported by the support groove 112 of the support bracket, and a protective cover 114 surrounding the support bracket 111 and the spring 113. ) is installed,
A square frame 120 penetrating front and rear is mounted on the upper part of the frame support 70, and a space is left in the vertical direction between the vertical fixture 21 of the internal support means 20 and the square frame 120. A buffer means 130 is installed,
The side buffer means 130 is mounted on the same line as the square frame 120 and the vertical fixture 21, and supports the side fixture 131 and the side fixture 131 with support grooves 132 formed in opposite directions. A support member 133 mounted in the groove 132 is formed and spaced between the support member 133 and the side fixture 131 and is viewed from the front.

A side gap support member 134 having a lateral through hole 135 formed inside the shape of a letter 134 passes through the side through hole 135 of the side gap support member 134, and both ends are attached to the support member 133. A fixed rack device for building communication facilities, characterized in that it includes a fixed spring (136). delete delete

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