KR200285747Y1 - Mounting Rack for mounting the device of telecommunication - Google Patents

Abstract

The present invention relates to a mounting rack for loading communication equipment or electronic equipment, and more specifically, it is easy to install modular communication equipment or electronic equipment for each functional unit, and also modularized communication equipment or electronic equipment. It relates to a mounting rack that can easily handle the cable connected to.

The mounting rack for loading the communication equipment of the present invention, in the mounting rack for fixing the communication equipment or electronic equipment, to form a storage space 50 for receiving the communication equipment 60 having a predetermined size The top plate 10 is formed in the screw fixing groove 14 and the guide groove 16 at regular intervals, and a plurality of guide members having a predetermined width on the surface is positioned to be symmetrical with the top plate 10 A lower plate 20 on which the 22 is installed, a pair of side plates 30 for fixing the upper plate 10 and the lower plate 20 to which the fixing flange 32 protrudes, and the side surface Both ends 42 are attached to the surface of the plate 30, characterized in that it comprises a cable holder 40 having a "c" shape.

Description

Mounting Rack for mounting the device of telecommunication

The present invention relates to a mounting rack for loading communication equipment or electronic equipment, and more specifically, it is easy to install modular communication equipment or electronic equipment for each functional unit, and also modularized communication equipment or electronic equipment. It relates to a mounting rack that can easily handle the cable connected to.

In large-scale residential areas such as apartments, communication services such as telephone networks, cable television, Internet communications networks, and satellite communications networks are provided. The facilities for providing each service are distributed, which makes it difficult to integrate and manage efficiently. In other words, a general telephone network (PSTN) is connected to each subscriber's home by using two telephone lines, which are provided at a predetermined position of an apartment, and are connected by using a telephone distribution box that can connect a plurality of telephone lines.

In addition, communication equipment for providing cable television service is transmitted using a separate repeater, amplifier, converter, and the like, and these communication equipment are also provided to each subscriber's home in a separate distribution box. Therefore, there is a demand for a method of integrating and managing equipment for each of the conventionally distributed and provided communication services.

Moreover, when providing a communication service using a cable, the space for installing the distribution box is increased because the communication cable is connected diligently when the cable is connected to the connector formed in the communication equipment. In addition, it was difficult to find the cable quickly even when connecting the cable and also had difficulty in connecting the cable to the connector.

The present invention has been devised to solve the above problems, and its object is to provide a mounting rack that can facilitate the installation of communication equipment or electronic equipment modularized for each functional unit.

Another object of the present invention is to provide a mounting rack that can simplify the processing of cables connected to modular communication equipment or electronic equipment.

1 is an external perspective view of a mounting rack according to the present invention,

2 is an external perspective view of a mounting rack in a state in which communication equipment is partially mounted;

Figure 3 is a side view of the mounting rack of the present invention at the time of cable installation,

Figure 4 is an embodiment of the communication equipment module mounted on the mounting rack of the present invention,

5 is another embodiment of the communication equipment module mounted on the mounting rack of the present invention,

6 is an enlarged view of the fixing plate of FIG. 1, FIG.

7 is an enlarged view of a slide rail on which the cable holder of FIG. 2 slides.

※ Explanation of symbols about main part of drawing ※

1: mounting rack 10: top plate

12: fixing plate 14: screw fixing groove

16: guide groove 20: bottom plate

22: guide member 24: fixing screw

30: side plate 32: flange

40: cable holder 40a: end

44: slide rail 44a: screw hole

50: storage space 60: communication equipment

62: handle 64: set screw

66: case 68: connector

Mounting rack for loading the communication equipment of the present invention for achieving the above object is to form a receiving space for receiving the communication equipment having a certain width is formed in the front end screw fixing groove and the guide groove at regular intervals A top plate, a bottom plate provided with a plurality of guide members having a predetermined width on the surface to be symmetrical with the top plate, and a pair of fixing flanges protruding to fix the top plate and the bottom plate. Both sides are attached to the side plate and the surface of the side plate, characterized in that it comprises a cable holder having a "c" shape.

According to another feature of the present invention, the cable holder is connected to enable the front and rear movement or up and down movement of the holder can be modified to fit the space in which the mounting rack is installed.

Referring to the present invention having such characteristics in detail as follows.

1 is an external perspective view of a mounting rack 1 according to the present invention, the upper plate 10, the lower plate 20, a pair of side plates 30, the cable attached to the side plate 30 It is comprised by the fixed base 40. The upper plate 10 constitutes an upper portion of the mounting rack 1, and a fixing plate 12 is formed on the front surface thereof. The fixing plate 12 acts as a stopper when the communication equipment (not shown) is inserted, and also serves to guide the insertion into the correct direction. For this purpose, the fixing plate 12 is formed with a screw fixing groove and a guide groove.

6 is a partially enlarged front view of the fixing plate 12, and a plurality of screw fixing grooves 14 and guide grooves 16 are shown spaced at regular intervals. The guide groove 16 guides the protrusions (not shown) formed in the communication equipment inserted into the storage space 50 so as to be accurately seated. In addition, the screw fixing groove 14 is intended to be immovably fixed using a screw after the communication equipment is seated.

The screw fixing groove 14 and the guide groove 16 are formed in plural at regular intervals, and can be detachably and flexibly maintained if the standard (especially width) of the communication equipment is kept constant. For example, if the thickness of the communication equipment is made of the thickness (L) of one screw fixing groove 14 and the guide groove 16 in the fixed plate 12, the thickness is made twice (2L) or an integer multiple of L Obviously, communication equipment can also be easily inserted.

The lower plate 20 constitutes a lower portion of the mounting rack 1, and a plurality of guide members 22 are formed on the inner surface thereof. The guide member 22 serves as a guide when inserting the communication equipment and at the same time serves to fix when the insertion is complete. The guide member 22 is formed to have a constant width and protruding wing portions are formed on both sides thereof to facilitate insertion.

In addition, the guide member 22 may be manufactured in a form separated from the lower plate 20. In other words, a plurality of guide members 22 are formed and manufactured by using a plate which is separate from the lower plate 20, and fixed using the fixing screw 24 as shown in the drawing. The advantage of this detachable type is that the width of the guide member 22 is made to have a variety of sizes to give a variability to load the communication equipment module of a different size. The fixing screw 24 is assembled in such a manner that the end penetrates from the bottom to the surface, and is sized so that the end does not interfere with the insertion of the communication equipment. Even if the length of the communication equipment 60 is somewhat different, the mounting rack 1 of the present invention can accommodate all.

The side plate 30 is to support the upper plate 10 and the lower plate 20 from both sides to form a storage space 50, it is fixed to the switchboard or power panel of the apartment using the flange 32 formed on the front Let's do it. The side plate 30 is also connected to the cable holder 40.

The cable holder 40 is for arranging a connection cable protruding to the rear of the mounting rack 1, and both ends are connected to the pair of side plates 30. Referring back to FIG. 1, the cable holder 40 has both ends 40a connected to a pair of side plates 30 and has a “c” shape as a whole. The cable holder 40 is for arranging a plurality of cables connected to the connector provided in the communication equipment that is inserted into the mounting rack (1).

2 shows a mounting state of communication equipment (or modular electronic equipment) 60 mounted to the mounting rack 1 of the present invention. The communication device 60 has a handle 62 formed at the front thereof and is inserted along the guide member 22. At this time, because the guide groove 16 formed in the front plate 12 serves to limit the communication equipment 60 can be inserted correctly, the problem of incorrect mounting is solved. When the communication equipment 60 is completely inserted into the mounting rack (1), it is fixed to the front plate 12 using the fixing screw (64). In this way, the inserted communication equipment 60 is completely fixed.

4 and 5 show standard examples of the communications equipment 60. As shown, the case 66 constituting the exterior has a circuit (PCB) (not shown) designed for a specific purpose, and a plurality of connectors 68 protrude through the lower surface of the case 66. , Is formed. A cable 70 is connected to the connector 68. Communication equipment 60 may be longer or shorter in length depending on the configuration of the circuit that is typically embedded, the width (L) must be a constant or an integer multiple for mounting on the mounting rack (1) of the present invention .

3 is a side view of a mounting rack 1 showing a state in which cables are fixed by the present invention. As shown, a plurality of cables 70 are extended from the inside of the mounting rack (1) and is neatly arranged by being cut off by the cable holder (40). It is also possible to organize.

In the present invention, it is also possible to move the cable holder 40 in the front-back direction. This is for variably adjusting the cable holder 40 according to the place where the mounting rack 1 of the present invention is installed. In other words, when installed in a narrow place by moving the cable holder 40 to the inside of the mounting rack (1) the protruding portion is reduced, it is possible to install in a narrow place as a whole, if there is room, Many cables 70 can be housed by moving the entirety 40 outward. The former may also be applied when the length of the communication equipment 60 is short even though the width is constant.

Referring to FIG. 2 again, a hole through which the fixing screw 46 penetrates is formed in the end portion 40a of the cable holder 40, and a slide rail 44 is formed in the longitudinal direction of the side plate 20. The cable holder 40 may be horizontally moved. Referring to FIG. 7, the slide rail 44 has a plurality of screw holes 44a formed at regular intervals in a central portion thereof, and wings having a “┏” shape with respect to the side plate 20 formed at both ends thereof. The inner surface of the "┸" shaped projections are formed so that they can be configured to slide without being separated from each other.

In the mounting rack (1) of the present invention, since the cable holder 40 is not frequently changed once fixed, it does not need to be provided with a separate roller or the like to run the slide rail 44. The cable holder 40 is moved to an appropriate position in the direction of the arrow, and then fixed using the fixing screw 46.

For convenience of use, the fixing screws 46 and 64 may form a plurality of protrusions on the surface of the fixing screw 46 and 64 so that a person can hold and rotate the screw head having the driver groove by hand. At this time, the movable distance may be configured so that the cable holder 40 can be completely in close contact with the end of the side plate (20). By doing this, it can be used variably according to the installation place.

Although the cable holder 40 is illustrated as being slidably fixed in the above description of the drawings, the cable holder 40 may be configured to fix the rotation shaft to the end portion 40a and to rotate up and down. In this case, since the cable holder 40 can be completely concealed, it can be used variably according to the installation place. The communication equipment 60 may be modular equipment such as a cable TV converter, a cable TV level setter, a preamplifier, a band pass filter, a high booster, a telephone wiring module, and the like.

According to the present invention as described above it is possible to facilitate the installation of modular communication equipment or electronic equipment for each functional unit, and also has an effect that can easily process the cable connected to the modular communication equipment or electronic equipment.

Claims (4)

A mounting rack for securing communication equipment or electronic equipment, The upper plate 10 for forming the receiving space 50 for receiving the communication device 60 having a predetermined size and the screw fixing groove 14 and the guide groove 16 is formed at regular intervals in the front end portion and In order to fix the upper plate 10 and the lower plate 20, the lower plate 20 having a plurality of guide members 22 having a predetermined width on the surface thereof is positioned to be symmetrical with the upper plate 10. A pair of side plates 30 protruding from the fixing flange 32, and both ends 42 are attached to the surface of the side plate 30, and a cable holder 40 having a "c" shape. Mounting rack for loading the communication equipment comprising a. The method of claim 1, Mounting rack for loading the communication equipment, characterized in that the guide member (22) is made on a separate plate from the lower plate (20) and attached to the inner surface of the lower plate (20) by fixing screws (24). The method of claim 1, Mounting rack for mounting the communication equipment, characterized in that the cable holder 40 is attached to move on the slide rails 44 to move horizontally along the side plate (30). The method of claim 1, Mounting rack for loading the communication equipment, characterized in that the cable holder 40 is attached to be rotated around the fixed point of the side plate (30).