KR102418183B1 - Patch panel system with network monitoring function, and communication cable management systems using the same - Google Patents

Abstract

The present invention relates to a patch panel system having a network diagnosis and attaching/detaching function of a patch cord assembly and an operation management system for communication wiring using the same. a patch panel having a plurality of panel ports; a patch cord array plate for fixing and aligning a plurality of code connectors inserted into terminal sockets installed in the plurality of panel ports to correspond to the panel ports; and the patch cord array plate; A plurality of patch cords can be quickly separated from the panel port by separating the patch cord array plate attached to the patch panel, including detachable means for attaching and detaching to at least one surface of the patch panel, and the patch cord array plate is patched By attaching it to the panel, it is possible to dramatically reduce the recovery time of the communication line by connecting multiple patch cords to the panel port without using a LAN tester.

Description

PATCH PANEL SYSTEM WITH NETWORK MONITORING FUNCTION, AND COMMUNICATION CABLE MANAGEMENT SYSTEMS USING THE SAME}

The present invention relates to a patch panel having a network diagnosis function and an operation management system for communication wiring using the same, and more particularly, to a patch panel having a panel port and detachable to a patch panel and inserted into a terminal socket installed in the panel port It relates to a patch panel system having a network diagnosis and patch code assembly attachment/detachment function including a patch code array plate for fixing and aligning a plurality of code connectors, and a communication wiring operation management system using the same.

In general, buildings such as government offices, schools, offices, and apartments are equipped with numerous cables formed by combining multiple communication lines into one. These cables connect data communication, telephone, video such as cable TV or CCTV, speaker broadcasting, etc. to PCs, telephones, display devices, and speakers provided in each classroom or office or each room to communicate with each other to transmit information. connect so that

Usually, a connector equipped with a plurality of contacts connected to each communication line is coupled to both ends of the cable, and these connectors are coupled to the equipment to interconnect each equipment.

These cables are essential not only in the work sites of new government offices, schools, new apartments, multi-family houses, buildings, etc., but also in the work sites of extension/renovation of existing buildings. It is necessary to check the status of such cables for open, short, and cable numbers.

In particular, in the case of data communication, switch hubs and patch panels are used to draw communication lines flowing in from the outside into the building and route them to each room. It is common to distinguish the wiring status of each cable by recording and attaching the room room on a sticker for each port on the switch hub and patch panel. In this case, a lot of time is wasted searching for a cable corresponding to the room to be maintained, and if the corresponding cable is not found, the cable is installed again in many cases.

In order to solve this inconvenience, a LAN tester was developed. The LAN tester is to check if there is any abnormality in the cable, and it is performed in such a way that two workers in a group connect both ends of the cable through equipment and walkie-talkie, and repeat the same task countless times. However, such a LAN tester takes a lot of work time because it has to find and check the number marks of cables one by one.

Accordingly, in recent years, a plurality of LED lamps corresponding to a plurality of panel ports are installed to indicate whether the network is abnormal or not. This LED patch panel has a network diagnosis function that can check the connection status of the cable without using a LAN tester. For example, if the cable is normally connected, the LED lamp may light in green, and if the cable is not connected due to a disconnection, the LED lamp may light in red.

However, even if a patch panel with a network diagnosis function is used, if a failure occurs due to fire or failure, a large number of patch cords connected to the patch panel must be quickly separated. In addition to having a lot of difficulty in arranging and reconnecting to the patch panel, there was a problem that it took a lot of time to restore the line because a number of cord connectors had to be inserted one by one into the panel port of the patch panel.

Republic of Korea Patent No. 10-1991342 Republic of Korea Patent Publication No. 10-2013-0119592 Republic of Korea Patent Registration No. 10-2046908

The present invention is to solve the problems of the prior art, and the main object of the present invention is to diagnose the state of the network without using a LAN tester, and to quickly separate a plurality of patch codes from a patch panel or It is to provide a patch panel system having a network diagnosis and patch cord assembly attachment/detachment function that can quickly connect patch cords to a patch panel, and an operation management system for communication wiring using the same.

In addition, when a failure occurs due to fire or breakdown in a large computer room or data center where a large number of patch panels and patch cords are used, the present invention can separate a plurality of code connectors coupled to a patch panel at once or separate a plurality of code connectors. To provide a patch panel system with a network diagnosis and patch code assembly attachment and detachment function that can dramatically reduce the recovery time of a communication line by allowing it to be coupled to the panel port of a patch panel at once, and an operation management system for communication wiring using the same. will be.

As a means for achieving the object of the present invention, a patch panel system having a network diagnosis and patch cord assembly detachment function according to the present invention,

a plurality of patch cords provided with cord connectors at both ends of the cable;

a patch panel provided with a plurality of panel ports to which the cord connector is coupled;

a patch cord array plate for fixing and aligning a plurality of code connectors inserted into terminal sockets installed in the plurality of panel ports to correspond to the panel ports;

and detachable means for attaching and detaching the patch cord array plate to at least one surface of the patch panel.

In the present invention, the patch cord array plate,

a plurality of array sockets arranged to correspond to a plurality of panel ports provided on the patch panel;

Including; an array bracket fixed to the array socket and coupled to one surface of the patch panel;

The array socket includes a through part into which the code connector is inserted,

The through portion may pass through the terminal formed at the front end of the cord connector as it is, and the connecting portion integrally formed behind the terminal portion of the cord connector may be fixed in a inserted state, and the terminal portion of the cord connector may be fixed to the front of the array socket. It is made in a size and shape that can protrude a certain length.

The detachable means includes a plurality of detachable protrusions installed to protrude from one surface of the patch panel, and a shape and size installed to correspond to the detachable and detachable protrusions on one surface of the patch cord array plate and to which the detachable protrusions are inserted and fixed. It consists of a plurality of detachable sockets.

In addition, the attaching and detaching means includes a first permanent magnet installed to protrude from one surface of the patch panel, and a first permanent magnet installed to correspond to the first permanent magnet on one surface of the patch cord array plate and having a magnetism corresponding to the permanent magnet It consists of a second permanent magnet.

The array bracket includes: a first bracket provided with the plurality of array sockets and a plurality of detachable sockets;

Including; a second bracket in close contact with the first bracket and provided with a plurality of handles;

Through holes corresponding to the plurality of array sockets are formed in the first and second brackets, and insertion holes corresponding to the plurality of detachable sockets are formed.

The patch panel includes: a panel housing of a predetermined size;

Including; a plurality of circuit board modules installed inside the panel housing;

The circuit board and the terminal socket module include a circuit board having a predetermined size, a plurality of first terminal sockets installed on a first surface of the circuit board, a plurality of second terminal sockets installed on a second surface of the circuit board, and a plurality of including an LED substrate equipped with an LED lamp of;

The panel housing includes a first bracket integrally including a front plate of a predetermined size and a top plate and a bottom plate that are bent rearwardly from the upper and lower ends of the front plate, and a size corresponding to the front plate of the first bracket. and a second bracket integrally formed with a rear plate and an upper plate and a bottom plate that are bent forward from the upper and lower ends of the rear plate.

A plurality of first connector insertion holes are formed at a lower end of the first bracket in sizes and shapes corresponding to the plurality of first terminal sockets, and a plurality of first connector insertion holes are formed at an upper portion of the first connector insertion hole to correspond to the plurality of LED lamps. An LED insertion hole is formed, and a plurality of second connector insertion holes are formed at an upper end of the second bracket in sizes and shapes corresponding to the plurality of second terminal sockets.

The LED board is installed on the upper end of the first surface of the circuit board,

A plurality of connector blocks and spacers are installed between the LED board and the circuit board to mechanically and electrically connect the LED board and the circuit board.

And another embodiment of the present invention, in a communication wiring operation management system using a patch panel system having a network diagnosis and patch code assembly attachment and detachment function,

The patch panel includes: a first panel port to which the code connector is coupled so as to be connected to a switch hub through a patch cord provided with a code connector;

a second panel port to which the code connector is coupled so as to be connected to an outlet through a patch cord having a code connector;

first and second terminal sockets installed on the first and second panel ports and into which the cord connectors are inserted;

a connection circuit part provided between the first terminal socket and the second terminal socket and having a circuit pattern for electrically connecting the first terminal socket and the second terminal socket;

a switch part electrically connected to the connection circuit part and selectively controlling the electrical connection between the first and second terminal sockets;

a power output unit electrically connected to the connection circuit unit and selectively applying a predetermined diagnostic voltage to the plurality of first and second terminal sockets according to an operation of the switch unit;

a network diagnosis unit electrically connected to the connection circuit unit, detecting a voltage received from the switch hub, and controlling the switch unit according to the result; and

A plurality of LED lamps emitting a specific display color according to the control of the network diagnosis unit,

The network diagnosis unit detects the voltage received from the switch hub or outlet, controls the display color of the LED lamp according to the result, and when an abnormality is detected in the network, controls the switch unit to disconnect the corresponding line; In addition, a predetermined diagnostic voltage is applied to a line disconnected from the power output unit, a voltage received from the switch hub or outlet is detected through the line, and the display color of the LED lamp is controlled according to the result.

The network diagnosis unit may include: a signal detection unit electrically connected to a reception line between the first panel port and the second panel port to detect a voltage formed between the first panel port and the second panel port;

a signal comparison unit for comparing the voltage detected by the signal detection unit with a reference voltage;

Diagnosis that controls the color displayed on the LED lamp to change when the result compared in the signal comparison unit is out of the set normal range or the fluctuation range is large compared to the previous comparison result. a control unit;

a memory for accumulatively storing a comparison result between a preset reference voltage and the signal comparison unit;

and a lamp driver controlling the LED lamp to flicker or change a display color according to the control of the diagnostic controller.

At least one surface of the patch panel,

A patch cord array plate for fixing and aligning a plurality of code connectors corresponding to the first panel port or the second panel pod is installed to be detachably attached.

The patch cord array plate may include a plurality of array sockets arranged to correspond to the first or second patch panels;

Including; an array bracket fixed to the array socket and coupled to one surface of the patch panel;

The array socket includes a through part into which the code connector is inserted,

The through portion may pass through the terminal formed at the front end of the cord connector as it is, and the connecting portion integrally formed behind the terminal portion of the cord connector may be fixed in a inserted state, and the terminal portion of the cord connector may be fixed to the front of the array socket. It is made in a size and shape that can protrude a certain length.

According to the present invention, the state of the network can be diagnosed without using a LAN tester, and a plurality of patch cords can be quickly separated from a patch panel or a plurality of patch cords can be quickly connected to a patch panel.

In addition, according to the present invention, when a failure occurs due to fire or breakdown in a large computer room or data center in which a large number of patch panels and patch cords are used, a plurality of cord connectors coupled to the patch panel are disconnected at once or a plurality of cords By allowing the connector to be coupled to the panel port of the patch panel at once, it has the effect of dramatically reducing the recovery time of the communication line.

In addition, according to the present invention, when a problem occurs in the network of the patch panel system, the user can quickly determine which port the problem has occurred, and whether the cause of the problem in the network link is the disconnection of the cable or the terminal device It has the effect of facilitating inspection and repair by identifying whether it is turned off or not.

1 and 2 are perspective views showing an example of a patch panel system having a network diagnosis and patch cord assembly attachment/detachment function according to the present invention;
3 is a cross-sectional view showing the internal structure of the patch panel system having a network diagnosis and patch cord assembly detachment function shown in FIG. 1;
4 is a perspective view showing an example of a patch cord according to the present invention;
5 and 6 are perspective views showing a preferred embodiment of a patch panel system according to the present invention. FIG. 5 is a state in which the patch cord array plate is attached to the patch panel, and FIG. 6 is the patch cord array plate in the patch panel. A drawing showing the state of separation;
7 is a cross-sectional view of a patch cord array plate according to the present invention;
8 is an exploded perspective view of a patch cord array plate according to the present invention;
9 is an exploded perspective view showing the structure of a patch panel according to the present invention;
10 is a perspective view showing a preferred embodiment of a circuit board module according to the present invention;
11 is an exploded perspective view of the circuit board module shown in FIG. 10;
12 is a cross-sectional view of the circuit board module shown in FIG. 10;
13 is a configuration diagram showing an example of an operation management system for communication wiring using a patch panel system according to the present invention;
14 is a block diagram showing the main configuration of a communication wiring operation management system according to the present invention;
15 is a circuit diagram showing an example of a circuit pattern of a patch panel according to the present invention;
16 is an explanatory diagram showing an example of a network diagnosis function of the communication wiring operation management system according to the present invention;
17 is a circuit diagram showing another example of a circuit pattern of a patch panel according to the present invention;
18 and 19 are explanatory views showing an example of a network diagnosis function of the communication wiring operation management system according to the present invention;
20 and 21 are explanatory views showing an example of a detachable function of the patch cord assembly of the communication wiring operation management system according to the present invention.

Hereinafter, with reference to the accompanying drawings, the configuration and operation of a patch panel system having a network diagnosis and patch cord assembly attachment/detachment function and a communication wiring operation management system using the same according to the present invention will be described in detail.

The terms used herein are used only to describe specific embodiments, and are not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise. As used herein, "includes." Or "have." The term such as is intended to designate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, but one or more other features or number, step, operation, component, part or It should be understood that it does not preclude the possibility of the existence or addition of combinations thereof.

In addition, in the description with reference to the accompanying drawings, the same components are given the same reference numerals regardless of the reference numerals, and the overlapping description thereof will be omitted. In describing the present invention, if it is determined that a detailed description of a related known technology may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted.

In addition, spatially relative terms such as lower, lower, upper, upper, one side, the other side, etc. are used to easily describe the correlation between one element or components and other elements or components as shown in the drawings. can be used Spatially relative terms should be understood as terms including different orientations of the device during use or operation in addition to the orientation shown in the drawings. Like reference numerals refer to like elements throughout.

First, FIGS. 1 and 2 are perspective views showing an example of a patch panel system having a network diagnosis and patchcode assembly attachment/detachment function according to the present invention, and FIG. 3 is a network diagnosis and patchcode assembly attachment/detachment function shown in FIG. It is a cross-sectional view showing the internal structure of a patch panel system with

As shown, a patch panel system 150 (hereinafter referred to as a 'patch panel system') having a network diagnosis and patch code assembly attachment and detachment function according to the present invention includes a plurality of patches having code connectors 53 coupled to both ends. A patch panel 100 having a plurality of panel ports 131 and 132 to which the cord 50 and the code connector 53 are coupled and the terminal sockets 121 and 122 provided in the plurality of panel ports 131 and 132 are inserted into A patchcord array plate 300 for fixing and aligning the code connector 53 to correspond to the panel ports 131 and 132 , and attaching and detaching the patchcord array plate 300 to at least one surface of the patch panel 100 . means 400 .

Accordingly, in the present invention, by separating the patch cord array plate 300 attached to the patch panel 100, a plurality of patch cords 50 can be quickly separated from the panel ports 131 and 132, and the patch cord array By attaching the plate 300 to the patch panel 100 , a plurality of patch cords 50 may be connected to the panel ports 131 and 132 .

Specifically, the patch panel system 150 includes a patch panel 100 and a patch cord array plate 300 . The patch panel 100 includes a panel housing 110 of a certain size, and a plurality of first connector insertion holes 111 are formed on a first surface of the panel housing 110 , and the panel housing 110 . A plurality of second connector insertion holes 112 are formed on the second surface of the .

A circuit board 130 is installed inside the panel housing 110 . A plurality of first terminal sockets 121 are installed on a first surface of the circuit board 130 , and a plurality of second terminal sockets 122 are installed on a second surface of the circuit board 130 . In addition, a circuit pattern for electrically connecting the plurality of first terminal sockets 121 and the second terminal sockets 122 may be formed on the circuit board 130 .

The first terminal socket 121 is installed to correspond to the first connector insertion hole 111 , and the second terminal socket 122 is installed to correspond to the second connector insertion hole 112 . Accordingly, on the first surface of the patch panel 100 , a first panel port 131 including the first connector insertion hole 111 and the first terminal socket 121 is formed, and the second panel port 131 of the patch panel 100 is formed. A second panel port 132 including the second connector insertion hole 112 and the second terminal socket 122 is formed on the surface.

Preferably, the terminal sockets 121 and 122 installed on the first and second panel ports 131 and 132 may be formed of RJ45 modular jacks, and a patch cord 50 connected to the first and second panel ports 131 and 132. may be an RJ45 plug type patchcord.

As such, in the patch panel 100, since the first terminal socket 121 and the second terminal socket 122 made of RJ45 modular jacks are installed in the first and second panel ports 131 and 132, cord connectors 53 at both ends. It can be easily connected using the patch cord 50 to which it is coupled.

Preferably, the patch cord 50 includes, as shown in FIG. 4 , a cable 51 and a cord connector 53 provided at both ends of the cable 51 . The cable 51 may be a UTP cable, an STP cable, or an optical cable.

The code connector 50 includes a code housing 531 having a substantially rectangular parallelepiped shape according to the RJ45 standard. In addition, the code housing 531 may include a terminal part 533 and a connection part 535 . The terminal part 533 forms a front part of the code housing 531 and is inserted into the panel ports 131 and 132 of the patch panel 100 . The connection part 535 forms the rear part of the code housing 531 , and surrounds the rear terminal part 533 and the end of the cable 51 , and is a part fixed to the patch cord array plate 300 .

Referring back to FIGS. 1 and 2 , a plurality of patch cords 50 may be fixedly arranged on the patch cord array plate 300 . An aggregate of a plurality of patch cords 50 arranged on the patch cord array plate 300 may be defined as a 'patch cord assembly 50A'. In the patch cord assembly 50A, a plurality of cord connectors 53 may be arranged in a line or a plurality of columns. That is, one or more patchcord assemblies 50A may be fixed to one patchcord array plate 300 . Accordingly, a plurality of patchcord assemblies 50A can be connected to or separated from the patch panel 100 at a time by attaching and detaching the patchcord array plate 300 to the patch panel 100 .

The patch cord array plate 300 includes a plurality of array sockets 310 . The array socket 310 may be disposed to correspond to the patch cord assembly 50A. Preferably, in the center of the array socket 310, a through portion through which the code connector 53 of the patch cord 50 passes is formed. The penetrating portion has a size and shape capable of passing through the terminal portion 533 of the cord connector 53 as it is, and fixing the connection portion 535 of the cord connector 53 . Also, the array socket 310 may be arranged to correspond to the panel ports 131 and 132 of the patch panel 100 .

And a detachable means 400 is provided between the patch cord array plate 300 and the patch panel 100 . The attachment/detachment means 400 enables the patch cord array plate 300 to be quickly attached and detached. Preferably, the detachable means 400 includes a plurality of detachable and detachable protrusions 410 that are installed to protrude from the second surface of the patch panel 100 and the detachable and detachable protrusions 410 on the first face of the patch cord array plate 300 . It is installed to correspond to the detachable protrusion 410 may be made of a plurality of detachable sockets 430 made of a shape to be inserted.

Therefore, when fixing a plurality of patch cords 50 to the patch cord array plate 300 , the code connectors 53 of the patch cords 50 are inserted into the array sockets 310 of the patch cord array plate 300 . Thus, the terminal portion 533 of the cord connector 53 is penetrated, and the connection portion 535 of the cord connector 53 is fixed while being inserted into the array socket 310 . Then, the terminal part 533 of the code connector 53 is fixed to the first surface of the patch cord array plate 300 in a state in which it protrudes by a predetermined length.

Then, while bringing the patch cord array plate 300 close to the second surface of the patch panel 100, the detachable protrusion provided on the patch panel 100 in the detachable socket 430 of the patch cord array plate 300 ( When the 410 is coupled to be inserted, the terminal portion 533 of the plurality of code connectors 53 fixed to the patch cord array plate 300 is provided in the second panel port 132 of the patch panel 100. The plurality of patch cords 50 are automatically connected to the patch panel 100 by being inserted into the panel socket 122 and electrically connected.

As described above, in the patch panel system 150 according to the present invention, a plurality of cords arranged on the patch cord array plate 300 only by attaching the patch cord array plate 300 to one surface of the patch panel 100 . Since the connector 53 can be inserted and connected to the second panel port 132 of the patch panel 100 , a plurality of patch cords 50 can be connected quickly.

In addition, since the plurality of patch panel connectors 53 coupled to the panel port 132 of the patch panel 100 can be separated only by separating the patch cord array plate 300 from the patch panel 100 . A plurality of patch cords 50 can be quickly separated.

Meanwhile, in this specification and drawings, the patch cord array plate 300 is exemplified to be detachably attached only to the second surface of the patch panel 100 , but the present invention is not limited thereto and also the first surface of the patch panel 100 . The patch cord array plate 300 may be detachably installed.

5 and 6 are perspective views showing a preferred embodiment of the patch panel system 150 according to the present invention. FIG. 5 shows a patch cord array plate attached to the patch panel, and FIG. It shows the detached state of the patch cord array plate. And Figure 7 is a cross-sectional view of the patch cord array plate according to the present invention, Figure 8 is an exploded perspective view of the patch cord array plate according to the present invention.

Referring to this, the patch cord array plate 300 of the present invention is for aligning and fixing a plurality of patch cords 50 , and a plurality of array sockets for fixing the code connectors 53 of the patch cord 50 . and an array bracket 350 for fixing the plurality of array sockets 310 and attaching them to the patch panel 100 .

First, the array socket 310 is made of a plastic injection molding, and a through portion is formed in the middle through which the terminal portion 533 of the code connector 53 penetrates and the connection portion 535 of the code connector 53 is fixed. For example, the array socket 310 may have a shape similar to the rear end of the RJ45 modular jack. In addition, a plurality of the array sockets 310 may be arranged in a line in a horizontal direction. As such, a plurality of array sockets 310 arranged in a line may be defined as an 'array socket assembly 310A'. That is, a plurality of array socket assemblies 310A may be installed at regular intervals on the patch cord array plate 300 .

The array bracket 350 has a size and shape similar to that of the patch panel 100 , and includes a first bracket 320 and a second bracket 330 . The first bracket 320 and the second bracket 33 may be closely coupled through a fastening screw. In addition, a plurality of array socket assemblies 310A and a plurality of detachable sockets 430 may be installed in the array bracket 350 . In this case, the first bracket 320 may be integrally injection-molded together with the plurality of array socket assemblies 310A and the plurality of detachable sockets 430 .

The first bracket 320 is a plate body of a certain size, and a plurality of first through holes 321 and a plurality of first coupling holes 322 are formed. The first through hole 321 allows the array socket assembly 310A to pass through and a tip thereof to protrude to the outside, and has a size and shape corresponding to that of the array socket assembly 310A. And the first coupler 322 is to expose the tip of the detachable socket 430 to the outside, and has a size and a shape that the detachable protrusion 410 can pass through. Preferably, the first coupler 322 may be formed between the adjacent first through-holes 321 .

The second bracket 330 is a plate having a size and shape similar to that of the first bracket 320 , and the upper and lower ends may be bent backward to extend. In addition, a plurality of second through holes 331 and second coupling holes 332 are formed in the second bracket 330 . The second through hole 331 allows the array socket assembly 310A to pass through and exposes its rear end to the outside, and has a size and shape corresponding to that of the array socket assembly 310A. In addition, the second coupler 332 is configured to expose the rear end of the detachable socket 430 to the outside, and has a size and a shape that the detachable socket 430 can pass through.

Meanwhile, the detachable protrusion 410 and the detachable socket 430 may be made of metal or plastic. Preferably, the detachable protrusion 410 may be fixed to the second surface of the patch panel 100 . In addition, the detachable socket 430 may be installed on the first surface of the array bracket 350 . Preferably, the detachable protrusion 410 may include a base fixed to the second surface of the patch panel 100 and a protrusion formed integrally with the base and protruding a predetermined length. And the detachable socket 430 is formed with a through portion in the center of which the protrusion of the detachable protrusion 140 is inserted.

In this specification and drawings, as an example of the detachable means 400, a detachable protrusion 410 and a detachable socket 430 are illustrated, but not limited thereto, and the patch cord array plate 300 can be quickly attached and detached. Anything that can be applied can be applied. For example, the detachable means 400 may be formed of first and second permanent magnets having different polarities. In addition, it is also possible for the detachable means 400 to deform the shape of the array bracket 350 so that it can be detachably attached to the outside of the patch panel 100 .

On the other hand, the array bracket 350 is provided with a plurality of handles 370 so that the patch cord array plate 300 can be easily separated and combined. For example, the handle 370 may be formed of a ring formed at the rear of the second bracket 330 . As shown, an extension portion extending rearwardly is integrally formed on the upper and lower end of the second bracket 330, and both ends of a 'C'-shaped handle member are fixed to the extension portion to provide an annular handle 370 . can form.

Next, Figure 9 is an exploded perspective view showing the structure of the patch panel according to the present invention. As shown, the patch panel 100 of the present invention includes a panel housing 110 and a plurality of circuit board modules 140 installed inside the panel housing 110 .

The circuit board module 140 includes a circuit board 130 and a plurality of first terminal sockets 121 installed on a first surface of the circuit board 130 , and installed on a second surface of the circuit board 130 . It includes a plurality of second terminal sockets 122 and an LED board 125 fixed to the circuit board 130 and provided with a plurality of LED lamps 137 . For example, six first terminal sockets 121 and second terminal sockets 122 are installed on one circuit board 130 , and six LED lamps 137 are installed on one LED board 125 . can

The panel housing 110 includes a first bracket 110a and a second bracket 110b, and the first bracket 110a and the second bracket 110b are coupled to each other and a plurality of circuit board modules are interposed therebetween. (140) to form an inner space accommodating.

Preferably, the first bracket 110a includes a front plate 211, and the front plate 211 is formed by being integrally formed with an extended top plate 217 and a bottom plate 218 bent from the top and bottom to the rear. It has a 'U'-shaped cross section. First insertion holes 213 corresponding to the first terminal socket assembly 121A including a plurality of first terminal sockets 121 are formed at regular intervals on the lower end of the front plate 211 . In this case, the first insertion hole 213 may have a size into which the first terminal socket assembly 121A composed of six first terminal sockets 121 can be inserted. In addition, a plurality of lamp inserts 214 may be formed at the upper end of the front plate 211 to correspond to the plurality of LED lamps 137 installed on the LED substrate 125 . In this case, the lamp insertion hole 214 may be formed at the upper end of the first insertion hole 213 . In addition, coupling holes 215 may be formed at both edges of the front plate 211 to be fixed to a housing or a rack. In addition, a plurality of fastening holes 216 for coupling with the second bracket 110b may be formed in the upper plate 217 and the bottom plate 218 .

Next, the second bracket 110b includes a rear plate 221 having a size and shape corresponding to the size and shape to be coupled to the rear surface of the first bracket 110a, and the rear plate 221 moves forward from the top and bottom. The bent and extended top plate 227 and the bottom plate 228 are integrally formed to have a 'C'-shaped cross section. In addition, second insertion holes 223 are formed at regular intervals on the upper end of the rear plate 221 to correspond to the second terminal socket assembly 122A. In this case, the second insertion hole 223 may have a size and a shape into which the second terminal socket assembly 122A including six second terminal sockets 122 can be inserted.

In addition, the left and right ends of the rear plate 221 may be integrally formed with side plates 229 bent forward to close the left and right opening portions of the first bracket 110a. In addition, a plurality of fastening holes 226 for coupling with the first bracket 110a may be formed in the upper plate and the bottom plate of the second bracket 110b.

Accordingly, a plurality of circuit board modules 140 may be installed on the first bracket 110a. At this time, the plurality of first terminal socket assemblies 121A are installed to correspond to the first insertion holes 213 of the first bracket 110a, and the plurality of LED lamps 137 are installed in the lamp insertion holes of the first bracket 110a ( 214) to be installed. In addition, the panel housing 110 may be formed by fastening the fastening screws to the plurality of fastening holes 216 and 226 formed in the upper and lower plates of the first bracket 110a and the second bracket 110b. At this time, the second terminal socket assembly 122A is installed to correspond to the second insertion hole 223 of the second bracket 110b.

10 is a perspective view showing a preferred embodiment of the circuit board module 140 according to the present invention, FIG. 11 is an exploded perspective view of the circuit board module shown in FIG. 10, and FIG. 12 is the circuit board shown in FIG. A cross-sectional view of the module.

As shown, the circuit board module 140 includes a circuit board 130 , a plurality of first terminal sockets 121 installed on the first surface of the circuit board 130 , and the circuit board 130 . A plurality of second terminal sockets 122 and a plurality of LED lamps 137 installed on the second surface of the LED board 125 are installed.

The circuit board 130 may be installed vertically, and a plurality of first terminal sockets 121 may be installed at the lower end of the first surface of the circuit board 130 in a horizontal direction. Also, the circuit board A plurality of second terminal sockets 122 may be installed at the upper end of the second surface of 130 in a horizontal direction. Preferably, the first terminal socket 121 and the second terminal socket 122 may be installed at positions corresponding to each other. Preferably, the first and second terminal sockets 121 and 122 may be RJ45 modular jacks. In addition, conductive patterns for electrically connecting the plurality of first terminal sockets 121 and the second terminal sockets 122 are formed on the front and rear surfaces of the circuit board 130 . In addition, the LED board 125 may be installed on the upper end of the first surface of the circuit board 130 .

Preferably, the LED board 125 may be mechanically and electrically connected to the circuit board 130 through the connector block 240 and the spacer 245 . As shown in FIG. 12 , the connector block 240 mechanically couples the circuit board 130 and the LED board 125 , as well as a conductive pattern of the circuit board 130 and a plurality of LED boards 125 . of the LED lamp 137 is electrically connected. Preferably, the connector block 240 may include a first connector block 240a installed on the LED board 125 and a second connector block 240b installed on the circuit board 130 . In addition, a plurality of insertion holes 248 and connection pins 247 may be provided in the connector block 240 . Accordingly, when the first connector block 240a and the second connector block 240b are matched to each other and coupled to each other, a plurality of connection pins 247 are electrically connected through the insertion hole 148 . In addition, the spacer 245 is interposed between the circuit board 130 and the LED board 125 to space the circuit board 130 and the LED board 125 apart, and can be integrally fixed using a fastening screw.

In this way, the circuit board module 140 of the present invention distinguishes the circuit board 130 provided with a plurality of terminal sockets and the LED board 125 provided with a plurality of LED lamps 137, but the LED board ( 125) is installed at the upper end of the circuit board 130 to lower the overall height of the circuit board module.

Hereinafter, an operation management system 500 for communication wiring using the patch panel system according to the present invention will be described.

13 is a configuration diagram showing an example of a communication wiring operation management system 500 using the patch panel system according to the present invention.

As shown, the communication wiring operation management system 500 (hereinafter referred to as 'communication wiring operation management system') using the patch panel system of the present invention includes a communication network 501, a server 502 and a backbone switch 503. It is electrically connected to the main wiring network 504 including ) and a terminal device 800 , and the like. And unexplained reference numeral 505 is a power jumper code, and 506 is a power adapter.

The communication network 501 includes an Internet network or a local area network, and is electrically connected to the server 502 and the backbone switch 503 and the like, and through the switch hub 200, a company's internal communication network or a communication network within an apartment complex. Signals may be exchanged with the device 700 .

The patch panel 100 is interposed between the switch hub 200 and the outlet 700 to perform communication connection and distribution functions, and through the patch cord 50 to exchange signals with the switch hub 200 . It is connected to the outlet 700 through the patch cord 50 so as to exchange signals with the terminal device 800 . And the terminal device 800 is connected to the outlet 700 through a patch cord.

Since the communication wiring operation management system 500 has a network diagnosis and patch code assembly detachment function, it is convenient to install and operate communication wiring and quickly separate the patch cord from the patch panel when a failure (fire, defect) occurs. Alternatively, separate patchcords can be quickly connected to other patch panels.

14 is a block diagram illustrating a main configuration of a communication wiring operation management system 500 having a network diagnosis function. As shown, the communication wiring operation management system 500 includes a switch hub 200 , an outlet 700 , and a terminal device 800 , and between the switch hub 200 and the terminal device 800 . The network connection state can be displayed externally through the LED lamp 137 .

To this end, the patch panel 100 includes a first panel port 131 , a second panel port 132 , a connection circuit unit 133 , a switch unit 134 , a power output unit 135 , and a network diagnosis unit ( 136) and an LED lamp 137. In addition, the network diagnosis unit 136 may include a signal detection unit 138 and a diagnosis control unit 139 .

The first panel port 131 includes a first terminal socket 121 to which a patch cord 50 connected to the switch hub 200 is connected, and the second panel port 132 is an outlet 700 . The patch cord 50 is connected to and includes a second terminal socket 122 .

The connection circuit part 133 is a circuit pattern installed between the first panel port 131 and the second panel port 132, and electrically connects the plurality of first panel ports 131 and the second panel ports 132 to each other. connect to

The switch unit 134 is electrically connected to the circuit pattern of the connection circuit unit 133 , and may selectively control the electrical connection between the first panel port 131 and the second panel port 132 .

The power output unit 135 is electrically connected to the circuit pattern of the connection circuit unit 133 and selects a predetermined diagnostic voltage to the first or second panel ports 131 and 132 according to the operation of the switch unit 134 . can be authorized as Preferably, the power output unit 135 may receive external power using a power adapter 506 and a power jumper cord 505 .

The network diagnosis unit 136 includes a signal detection unit 138 and a diagnosis control unit 139, and the diagnosis control unit 139 controls the switch unit 134 according to the detected signal. is electrically connected to Preferably, the signal detection unit 138 may be electrically connected to the reception line RX- of the connection circuit unit 133 .

Preferably, the diagnosis control unit 139 controls the switch unit 134 according to the voltage detected by the signal detection unit 138, and after diagnosing the network state according to the type and characteristic of the voltage, the LED lamp 137 is specified. It can be controlled to emit light. At this time, the plurality of LED lamps 137 may be arranged to correspond to the first or second panel port, thereby displaying the connection state of the corresponding patch cord to the outside.

In addition, the diagnosis control unit 139 may further include a signal comparison unit, a lamp driver, a memory, and the like, in addition to the signal detection unit 138 and the diagnosis control unit 139 . In addition, the diagnosis control unit 139 may be electrically connected to the signal detection unit 138 , the signal comparison unit, the lamp driver, and the memory.

The signal comparison unit compares the voltage detected by the signal detection unit 138 with a reference voltage, and the diagnosis control unit 138 determines that the comparison result in the signal comparison unit is out of a predetermined normal range or has a large variation compared to the previous comparison result. In this case, it is determined that the state is abnormal, and when it is determined that the state is abnormal, the color displayed on the LED lamp 137 can be controlled to change.

In addition, the memory cumulatively stores the comparison result of the preset reference voltage and the signal comparison unit. The lamp driving unit may control the LED lamp 137 to flicker or change the display color according to the control of the diagnostic control unit.

Next, FIG. 15 shows an example of a circuit pattern of a patch panel according to the present invention. As shown, the first terminal socket 121 and the second terminal socket 122 are electrically connected to the connection circuit part 133 forming a circuit pattern made of a plurality of conductive wires, and the connection circuit part 133 is connected. and a signal detection unit 138 that periodically detects a voltage received from the reception line, and is connected to the signal detection unit 138 and compares the voltage detected by the signal detection unit 138 with a reference voltage to diagnose the network state. Then, a diagnostic control unit 139 for controlling the LED lamp 137 and an LED lamp 1337 connected to the diagnostic control unit 139 and turned on or off according to the control of the diagnostic control unit 139 are included. Preferably, a plurality of the LED lamps 1337 may be installed to correspond to the first terminal socket 121 and the second terminal socket 122 .

16 is an explanatory diagram illustrating an example of a network diagnosis function of the communication wiring operation management system according to the present invention. As shown, a switch hub 200, a patch panel 150, an outlet 700, and a terminal device ( 800), the switch hub 200 is connected to the patch panel 150 through a plurality of patch cords 50, and the patch panel 150 is an outlet ( 700) is connected. In addition, the plurality of terminal devices 800 are connected to the outlet 700 . And the plurality of LED lamps 137 installed on the patch panel 150 may display the network connection state to the outside.

For example, the power of the switch hub 200 or the terminal device 800 is turned off, or the patch cord 50 between the switch hub 200 and the patch panel 150 or the patch panel 150 and the terminal device is turned off. When the patch cord 50 between 800 is separated, the LED lamp 137 of the corresponding line is turned off, and on the contrary, if the network is in a normal state, the LED lamp 137 of the corresponding line is turned on.

17 is a view showing another embodiment of the circuit pattern of the patch panel according to the present invention. As shown in the figure, the first terminal socket 121 and the second terminal socket 122 are made of a plurality of conductive wires to electrically connect them. The connection circuit part 133 forming a circuit pattern, the switch part 134 and the power output part 135 connected to the connection circuit part 133 are shown. In addition, a circuit pattern connecting the diagnostic control unit 136 including the signal detection unit 138 and the plurality of LED lamps 137 is shown. However, the present invention is not limited to the circuit pattern shown in the drawings.

18 and 19 are explanatory views showing another embodiment of the network diagnosis function of the communication wiring operation management system 500 according to the present invention.

First, FIG. 18 shows a normal state of the network, and the switch unit 134 turns on the transmission line and the reception line so that data can be transmitted and received normally. At this time, the diagnostic control unit 139 periodically detects the communication voltage received from the reception line through the signal detection unit 138, compares the detected communication voltage with a comparison voltage, and when communication is normally made according to the result, the LED lamp (137) controls to express a specific display color (eg, green). Accordingly, the operator can confirm that the network between the switch hub 200 and the terminal device 800 is in a normal state without using the LAN tester.

And Fig. 19 shows a case in which a problem occurs in the network. The diagnostic control unit 139 compares the communication voltage detected by the signal detection unit 138 with the comparison voltage, and if it is determined that a problem has occurred in the network according to the result, The switch unit 134 is controlled to cut off the transmission line and the reception line, and at the same time, the power output unit 135 is connected to the transmission line to supply a diagnostic voltage to the port in which the problem occurs. Then, the diagnosis control unit 139 periodically detects a diagnosis voltage received from the reception line through the signal detection unit 138, compares the detected diagnosis voltage with a comparison voltage, and controls the LED lamp 137 according to the result. A specific display color (eg, red or yellow) should be displayed.

For example, if the switch hub 200 and the terminal device 800 are normally connected but the power of the terminal device 800 is turned off, the signal detection unit 138 detects a diagnostic voltage of 1-2V. Detected and based on the result, the diagnostic control unit 139 controls the LED lamp 137 to display yellow, thereby notifying the operator that the terminal device 800 is turned off. In addition, when the cable between the patch panel 100 and the terminal device 800 is disconnected, the signal detection unit 138 detects a diagnosis voltage of 0V, and according to the result, the diagnosis control unit 139 controls the LED lamp 137. control to emit a specific light so that the operator can know that the cable between the patch panel 100 and the terminal device 800 is disconnected.

As described above, in the present invention, since the LED lamp 137 indicates where the problem has occurred in the network, the user can quickly grasp the situation, and whether the cause of the network problem is a cable disconnection or the terminal device is turned off. It allows for quick inspection and repair by allowing the identification of

20 and 21 are explanatory views showing an example of the patch cord assembly detachment function of the communication wiring operation management system 500 according to the present invention.

First, FIG. 20 shows a process of aligning a plurality of patch cords 50 to the patch cord array plate 300 of the present invention. That is, the plurality of patch cords 50 can be aligned by penetrating and fixing the code connectors 53 provided in the plurality of patch cords 50 to the array sockets 310 of the patch cord array plate 300 . At this time, the terminal portion of the cord connector 53 penetrates the array socket 310 and protrudes forward, and the connection portion of the front end of the cord connector 53 is inserted into the array socket 310 and fixed. When a plurality of patch cords 50 are respectively installed in the array socket assembly 310A in this way, the plurality of patch cord assemblies 50A can be fixed to the patch cord array plate 300 . The figure shows four patchcord assemblies 50A, but is not limited thereto.

21 shows a process of attaching or detaching a patchcord array plate 300 in which a plurality of patchcord assemblies 50A are aligned to the patch panel 100 according to the present invention. That is, a plurality of detachable protrusions 410 provided on the patch panel 100 while approaching the second surface of the patch panel 100 with the patch cord array plate 300 to which the plurality of patch cord assemblies 50A are fixed are formed. When coupled to be inserted into the detachable socket 430 of the patch cord array plate 300 , the patch cord array plate 300 is attached to the patch panel 100 , and at the same time a plurality of pieces aligned with the patch cord array plate 300 . The terminal part 533 of the cord connector 53 is inserted into the second terminal socket 122 of the patch panel 100 so that a plurality of patch cords 50 are connected to the second panel port 131 of the patch panel 100 . will be connected

As described above, in the present invention, a plurality of patch panel assemblies 50A fixed to the patch cord array plate 300 are attached to the patch panel 100 simply by attaching the patch cord array plate 300 to the patch panel 100 . It can be quickly connected to the second panel port 132 of the. In addition, the plurality of patch panel connectors 53 coupled to the second panel socket 132 of the patch panel 100 are separated only by separating the patch cord array plate 300 from the patch panel 100 . Thus, the plurality of patch panel assemblies 50A may be separated from the second panel port 131 of the patch panel 100 .

For example, in a large computer room or data center in which a large number of patch panels and patch cords are used, when a failure occurs due to fire or breakdown, the operator can handle the patch cord array plate 300 attached to the patch panel 100 . By holding and separating the 370 , the plurality of patch cords 50 can be quickly separated from the patch panel 100 . And by attaching the patch cord array plate 300 separated from the patch panel 100 to another undamaged patch panel 100 as it is, a plurality of patch cords 50 can be quickly connected to the patch panel 100 . . That is, since the plurality of code connectors 53 fixed to the patch cord array plate 300 separated from the patch panel 100 maintain the original arrangement, the plurality of patch cords 50 are connected to the patch panel 100 . In this case, the test process using the LAN tester can be omitted. By omitting such a LAN tester test process, the line recovery time can be greatly reduced. In addition, as the line recovery time is reduced, the damage caused by disconnection of the communication line can be reduced.

Although it has been described with reference to the above embodiments, those skilled in the art will understand that various modifications and changes can be made to the present invention without departing from the spirit and scope of the present invention as set forth in the claims below. will be able In addition, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention, and all technical ideas within the scope of the following claims and their equivalents should be construed as being included in the scope of the present invention. will be.

50: patch cord 53: cord connector
100: patch panel 110: panel housing
111, 112: connector insertion hole 121, 122: terminal socket
125: LED board 130: circuit board
131,132: panel port 133: connection circuit part
134: switch unit 135: power output unit
136: network diagnosis unit 138: signal detection unit
139: diagnostic control unit 137: LED lamp
140: circuit board module 150: patch panel system
200: switch hub 300: patch cord array plate
310: array socket 350: array bracket
370: handle 400: detachable means
410: removable protrusion 430: removable socket
500: communication wiring operation management system 531: code housing
533: terminal part 535: connection part
700: outlet 800: terminal device

Claims (13)

a plurality of patch cords provided with cord connectors at both ends of the cable;
a patch panel provided with a plurality of panel ports to which the cord connector is coupled;
a patch cord array plate for fixing and aligning a plurality of code connectors inserted into terminal sockets installed in the plurality of panel ports to correspond to the panel ports;
and detachable means for attaching and detaching the patchcord array plate to at least one surface of the patch panel. According to claim 1,
The patch cord array plate,
a plurality of array sockets arranged to correspond to a plurality of panel ports provided on the patch panel;
Including; an array bracket fixed to the array socket and coupled to one surface of the patch panel;
The array socket includes a through part into which the code connector is inserted,
The through portion may pass through the terminal formed at the front end of the cord connector as it is, and the connecting portion integrally formed behind the terminal portion of the cord connector may be fixed in a inserted state, and the terminal portion of the cord connector may be fixed to the front of the array socket. A patch panel system having a function of attaching and detaching a network diagnosis and patch code assembly, characterized in that it has a size and a shape that can protrude a certain length. 3. The method of claim 2,
The detachable means includes a plurality of detachable protrusions installed to protrude from one surface of the patch panel, and a shape and size installed to correspond to the detachable and detachable protrusions on one surface of the patch cord array plate and to which the detachable protrusions are inserted and fixed. A patch panel system having a function of attaching and detaching a network diagnosis and patch cord assembly, characterized in that it consists of a plurality of detachable sockets. 4. The method of claim 3,
The attaching and detaching means includes a first permanent magnet installed to protrude from one surface of the patch panel, and a second second permanent magnet installed to correspond to the first permanent magnet on one surface of the patch cord array plate and having a magnetism corresponding to the permanent magnet. A patch panel system with a network diagnosis and patch code assembly attachment and detachment function, characterized in that it is made of a permanent magnet. 4. The method of claim 3,
The array bracket is
a first bracket provided with the plurality of array sockets and a plurality of detachable sockets;
Including; a second bracket in close contact with the first bracket and provided with a plurality of handles;
A patch panel having a function of attaching and detaching a network diagnosis and patchcord assembly, characterized in that the first and second brackets have through-holes corresponding to the plurality of array sockets and insertion holes corresponding to the plurality of detachable and detachable sockets. system. 6. The method according to any one of claims 1 to 5,
The patch panel,
a panel housing of a certain size;
Including; a plurality of circuit board modules installed inside the panel housing;
The circuit board and the terminal socket module include a circuit board of a predetermined size, a plurality of first terminal sockets installed on a first surface of the circuit board, a plurality of second terminal sockets installed on a second surface of the circuit board, and a plurality of including an LED substrate equipped with an LED lamp;
The panel housing includes a first bracket integrally including a front plate of a predetermined size and an upper and lower plate that are bent backward from the upper and lower ends of the front plate and a bottom plate;
Network diagnosis and characterized in that it comprises a second bracket integrally comprising a rear plate of a size corresponding to that of the front plate of the first bracket, and a top plate and a bottom plate that are bent forward from the upper and lower ends of the rear plate. Patch panel system with detachable patch cord assembly. 7. The method of claim 6,
A plurality of first connector insertion holes are formed at a lower end of the first bracket in sizes and shapes corresponding to the plurality of first terminal sockets, and a plurality of LEDs are formed at an upper portion of the first connector insertion hole to correspond to the plurality of LED lamps. A patch having a network diagnosis and patchcode assembly detachment function, characterized in that an insertion hole is formed, and a plurality of second connector insertion holes are formed in the upper end of the second bracket in a size and shape corresponding to the plurality of second terminal sockets. panel system. 8. The method of claim 7,
The LED substrate is
It is installed on the upper end of the first surface of the circuit board,
A plurality of connector blocks and spacers are installed between the LED board and the circuit board to mechanically and electrically connect the LED board and the circuit board. In the operation management system of communication wiring using the patch panel system having the function of attaching and detaching the network diagnosis and patch cord assembly according to any one of claims 1 to 5,
The patch panel,
a first panel port to which the code connector is coupled so as to be connected to the switch hub through a patch cord having a code connector;
a second panel port to which the code connector is coupled so as to be connected to an outlet through a patch cord having a code connector;
first and second terminal sockets installed on the first and second panel ports and into which the cord connectors are inserted;
a connection circuit part provided between the first terminal socket and the second terminal socket and having a circuit pattern for electrically connecting the first terminal socket and the second terminal socket;
a signal detection unit connected to the connection circuit unit and periodically detecting a voltage received from a reception line;
a diagnostic control unit connected to the signal detecting unit and diagnosing a network state by comparing the voltage detected by the signal detecting unit with a reference voltage; and
Network diagnosis and an operation management system of communication wiring using a patch panel system having a patch code assembly detachment function, characterized in that it includes an LED lamp connected to the diagnosis control unit and turned on (on-off) according to the control of the diagnosis control unit . 10. The method of claim 9,
a switch part electrically connected to the connection circuit part and selectively controlling the electrical connection between the first and second terminal sockets;
a power output unit electrically connected to the connection circuit unit and selectively applying a predetermined diagnostic voltage to the plurality of first and second terminal sockets according to an operation of the switch unit; and
A network diagnostic unit electrically connected to the connection circuit unit, detecting a voltage received from the switch hub, and controlling the switch unit according to the result;
The network diagnosis unit detects the voltage received from the switch hub or outlet, controls the display color of the LED lamp according to the result, and when an abnormality is detected in the network, controls the switch unit to disconnect the corresponding line; In addition, a predetermined diagnostic voltage is applied to a line disconnected from the power output unit, a voltage received from the switch hub or outlet is detected through the line, and the display color of the LED lamp is controlled according to the result. An operation management system for communication wiring using a patch panel system with a network diagnosis and patch code assembly attachment/detachment function. 11. The method of claim 10,
The network diagnosis unit,
a signal detecting unit electrically connected to a reception line between the first panel port and the second panel port to detect a voltage formed between the first panel port and the second panel port;
a signal comparison unit for comparing the voltage detected by the signal detection unit with a reference voltage;
Diagnosis that controls the color displayed on the LED lamp to change when the result compared in the signal comparison unit is out of the set normal range or the fluctuation range is large compared to the previous comparison result. a control unit;
a memory for accumulatively storing a comparison result between a preset reference voltage and the signal comparison unit;
Network diagnosis and operation management of communication wiring using a patch panel system having a patch code assembly detachment function, comprising a; a lamp driver controlling the LED lamp to blink or change the display color according to the control of the diagnostic control unit system. 12. The method of claim 11,
At least one surface of the patch panel,
Using a patch panel system with a network diagnosis and patch code assembly attachment and detachment function, characterized in that a patch cord array plate for fixing and aligning a plurality of code connectors to correspond to the first panel port or the second panel pod is detachably installed. Communication wiring operation management system. 13. The method of claim 12,
The patch cord array plate,
a plurality of array sockets arranged to correspond to the first or second patch panels;
Including; an array bracket fixed to the array socket and coupled to one surface of the patch panel;
The array socket includes a through part into which the code connector is inserted,
The through portion may pass through the terminal formed at the tip of the cord connector as it is, and the connecting portion integrally formed behind the terminal portion of the code connector may be fixed in the inserted state, and the terminal portion of the cord connector may be fixed to the front of the array socket. An operation management system for communication wiring using a patch panel system having a network diagnosis and patch code assembly attachment and detachment function, characterized in that it has a size and shape that can protrude a certain length.

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