A signal monitoring switching and summary management device and implementation method

Abstract

The present invention relates to the technical field of weak current system signal management, and discloses a device for signal monitoring switching and summary management, including: a wired network management module, a WLAN wireless network management module and a video management module, characterized in that: the wired network management module, the WLAN wireless network management module and the video management module are three independent working areas connected to the same power supply group. The present invention controls the corresponding embedded data switching patch panel to switch the interface when the signal data transmission is congested and the storage unit capacity is full through the wired network management module, the WLAN wireless network management module and the video management module, so as to realize the overall management of the transmission resources and storage units of the lower-level terminals, avoid local signal transmission congestion, and eliminate the possibility of the whole system being paralyzed.

Description

Technical Field

[0001] The present invention relates to the technical field of weak current system signal management, and in particular to a device and implementation method for signal monitoring switching and summary management. Background Art

[0002] At present, in the weak current system dominated by wired network, WLAN wireless network and video, the network architecture of terminals and computer room equipment exists in a fixed mode, and there have always been the following two problems: the first problem is: signal data transmission congestion often occurs, resulting in system paralysis or slow system operation. Once a similar phenomenon occurs, the only option is to invest money to update the entire set of equipment; the second problem is: each storage unit operates storage independently, and it is often found that some storage units are idle while others are full, resulting in a waste of storage resources. Once a similar phenomenon occurs, the only option is to invest money to add equipment. Summary of the invention

[0003] The purpose of the present invention is to provide a device and implementation method for signal monitoring switching and summary management. By configuring a wired network management module, a WLAN wireless network management module, and a video management module, they are three independent working areas respectively. The three working areas are each configured with an exit end, an embedded data switching distribution frame, a congested line switching module, and a full line switching module. When signal data transmission congestion and storage unit capacity are full in the weak current system of the wired network, WLAN wireless network, and video, the wired network management module, the WLAN wireless network management module, and the video management module respectively control the corresponding embedded data switching distribution frame to switch the interface, thereby realizing the overall management of transmission resources and storage units, avoiding local signal transmission congestion, and eliminating the possibility of paralysis of the entire system.

[0004] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: a device and implementation method for signal monitoring switching and summary management, comprising: a wired network management module, a wlan wireless network management module and a video management module, characterized in that: the wired network management module, the wlan wireless network management module, and the video management module are three independent working areas connected to the same power supply;

[0005] The wired network management module includes a signal outlet, an embedded data switching patch panel of the wired network, a wired network congested line switching module and a wired network full line switching module, one side of the wired network congested line switching module is connected to an embedded data switching patch panel, and the other side is connected to a group of signal outlets, and one side of the wired network full line switching module is connected to an embedded data switching patch panel, and the other side is connected to a group of signal outlets;

[0006] The WLAN wireless network management module includes a signal outlet port, an embedded data switching patch panel of the WLAN wireless network, a WLAN wireless network congested line switching module and a WLAN wireless network full line switching module. One side of the WLAN wireless network congested line switching module is connected to an embedded data switching patch panel, and the other side is connected to a group of signal outlet ports. One side of the WLAN wireless network full line switching module is connected to an embedded data switching patch panel, and the other side is connected to a group of signal outlet ports.

[0007] Preferably, the video management module includes a signal outlet port, an embedded data switching distribution frame for video, a video congested line switching module and a video full line switching module, one side of the video congested line switching module is connected to an embedded data switching distribution frame, and the other side is connected to a group of signal outlet ports, and one side of the video full line switching module is connected to an embedded data switching distribution frame, and the other side is connected to a group of signal outlet ports.

[0008] Preferably, the embedded data switching distribution frame includes data interfaces, common paths and preset paths, which are respectively more than two data interfaces, more than two common paths, and more than two preset paths. The data interfaces, common paths and preset paths are all embedded on one side of the host. Each of the data interfaces is connected to a common path and a preset path. All the common paths are not connected to each other, and all the preset paths are connected through. A group A relay switch is arranged on each common path, and a group B relay switch is arranged on each preset path. Both the group A relay switches and the group B relay switches lead out control lines.

[0009] Preferably, the wired network congested line switching module includes a wired network transmission switching block, a wired network transmission IP address management block and a wired network transmission switching device control block, the wired network transmission switching block, the wired network transmission IP address management block and the wired network transmission switching device control block are interconnected by data signal lines, the wired network transmission switching block connects the commonly used path and the preset path, and the wired network transmission switching device control block is connected to the signal outlet terminal through a group of signal monitoring lines and a group of data transmission lines.

[0010] Preferably, the WLAN wireless network congestion line switching module includes a WLAN wireless network transmission switching block, a WLAN wireless network transmission IP address management block and a WLAN wireless network transmission switching device control block. The WLAN wireless network transmission switching block, the WLAN wireless network transmission IP address management block and the WLAN wireless network transmission switching device control block are interconnected by data signal lines. The WLAN wireless network transmission switching block connects the commonly used path and the preset path, and the WLAN wireless network transmission switching device control block is connected to the signal outlet end through a group of signal monitoring lines and a group of data transmission lines.

[0011] Preferably, the video congestion line switching module includes a video transmission switching block, a video transmission IP address management block and a video transmission switching device control block, and the video transmission switching block, the video transmission IP address management block and the video transmission switching device control block are interconnected by data signal lines, the video transmission switching block connects the commonly used path and the preset path, and the video transmission switching device control block is connected to the signal outlet terminal through a group of signal monitoring lines and a group of data transmission lines.

[0012] Preferably, the wired network full line switching module includes a wired network full switching block, a wired network full IP address management block and a wired network full switching device control block. The wired network full switching block, the wired network full IP address management block and the wired network full switching device control block are interconnected by data signal lines. The wired network full switching block connects the commonly used path and the preset path, and the wired network full switching device control block is connected to the signal outlet end through a group of signal monitoring lines and a group of data transmission lines.

[0013] Preferably, the WLAN line switching module includes a WLAN switching block, a WLAN IP address management block and a WLAN switching device control block. The WLAN switching block, the WLAN IP address management block and the WLAN switching device control block are interconnected by data signal lines. The WLAN switching block connects the commonly used path and the preset path, and the WLAN switching device control block is connected to the signal outlet through a group of signal monitoring lines and a group of data transmission lines.

[0014] Preferably, the video full line switching module includes a video full switching block, a video full IP address management block and a video full switching device control block, and the video full switching block, the video full IP address management block and the video full switching device control block are interconnected by data signal lines, the video full switching block connects the commonly used path and the preset path, and the video full switching device control block is connected to the signal outlet terminal through a group of signal monitoring lines and a group of data transmission lines.

[0015] A method for implementing signal monitoring switching and summary management, which runs in the same process steps in three work areas, includes the following steps:

[0016] The first working area: After the embedded data switching distribution frame of the wired network is connected to all the terminals, the signal outlet end is connected to the external layered switching device. The wired network congested line switching module collects the data transmission load of the wired network of the entire system. When the data transmission of the external layered switching device reaches a peak, the wired network congested line switching module switches a common path of the corresponding switching device on the embedded data switching distribution frame to a preset path at a low point through a relay switch; at the same time, the wired network full line switching module collects the storage capacity data of the wired network of the entire system. When the capacity data of a storage unit reaches a peak, the wired network full line switching module switches a common path of the corresponding switching device on the embedded data switching distribution frame to a preset path at a low point through a relay switch.

[0017] The second working area: After the built-in data switching patch panel of the WLAN wireless network is connected to all the terminals, the signal outlet end is connected to the external hierarchical switching device, and the WLAN wireless network congestion line switching module collects the data transmission load of the WLAN wireless network of the entire system. When the data transmission of the external hierarchical switching device reaches the peak value, the WLAN wireless network congestion line switching module switches a common path of the corresponding switching device on the built-in data switching patch panel to a preset path at the valley through a relay switch; at the same time, the WLAN wireless network full line switching module collects the storage capacity data of the WLAN wireless network of the entire system. When the capacity data of a storage unit reaches the peak value, the WLAN wireless network full line switching module switches a common path of the corresponding switching device on the built-in data switching patch panel to a preset path at the valley through a relay switch;

[0018] The third working area: After the video's embedded data switching distribution frame is connected to all terminals, the signal outlet end is connected to the external layered switching device. The video congestion line switching module collects the data transmission load of the video of the entire system. When the data transmission of the external layered switching device reaches a peak, the video congestion line switching module switches a common path of the corresponding switching device on the embedded data switching distribution frame to a preset path at a low point through a relay switch; at the same time, the video full line switching module collects the storage capacity data of the video of the entire system. When the capacity data of a storage unit reaches a peak, the video full line switching module switches a common path of the corresponding switching device on the embedded data switching distribution frame to a preset path at a low point through a relay switch.

[0019] The invention proposes a signal monitoring switching and summary management device and implementation method, the beneficial effect of which is that the invention controls the corresponding embedded data switching distribution frame to switch the interface when the signal data transmission is congested and the storage unit capacity is full through a wired network management module, a WLAN wireless network management module, and a video management module, thereby achieving overall management of the transmission resources and storage units of the lower-level terminals, avoiding local signal transmission congestion, and eliminating the possibility of the entire system being paralyzed. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 It is a plan view of a signal monitoring and switching device of the present invention;

[0021] Figure 2 is a plan view of the wired network management module of the present invention;

[0022] Figure 3 It is a plan view of the wlan wireless network management module of the present invention;

[0023] Figure 4 is a plan view of the video management module of the present invention;

[0024] Figure 5 It is a plan view of the embedded data switching distribution frame of the present invention;

[0025] Figure 6 is a plan view of a wired network congestion line switching module of the present invention;

[0026] Figure 7 It is a plan view of the WLAN wireless network congestion line switching module of the present invention;

[0027] Figure 8 is a plan view of a video congestion line switching module of the present invention;

[0028] Fig. 9 It is a plan view of the wired network full line switching module of the present invention;

[0029] Fig.10 It is a plan view of a full line switching module of a WLAN wireless network of the present invention;

[0030] Fig.11 It is a plan view of the video storage full line switching module of the present invention;

[0031] Fig.12 is a plan view of a specific implementation of the first working area of ​​the present invention;

[0032] Fig.13 is a plan view of a specific implementation of the second working area of ​​the present invention;

[0033] Fig.14 It is a plan view of a specific implementation of the third working area of ​​the present invention.

[0034] In the figure: 1-wired network management module, 2-wlan wireless network management module, 3-video management module, 4-power supply, 5-wired network congested line switching module, 6-embedded data switching distribution frame, 7-signal outlet end, 9-wlan wireless network congested line switching module, 11-video congested line switching module, 13-data interface, 14-common path, 15-preset path, 16-A group relay switch, 17-B group relay switch, 18-control line, 19-wired network transmission switching block, 20-wired network transmission IP address management block, 21-wired network transmission switching device control block, 22-data signal line, 23-signal monitoring line, 24-data transmission line, 25-wlan wireless network transmission switching block, 26-wlan wireless network transmission IP address management block, 27-wlan wireless network transmission switching device control block, 28-video transmission switching block, 29-video transmission IP address management block, 30-video transmission switching device control block. DETAILED DESCRIPTION

[0035] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0036] For example, please refer to Figure 1 The present invention provides a technical solution: a device for signal monitoring, switching and summary management, including: a wired network management module 1, a wlan wireless network management module 2, and a video management module 3, wherein the wired network management module 1, the wlan wireless network management module 2, and the video management module 3 are three independent working areas connected to the same power supply 4.

[0037] More specifically, Figure 2 As shown, the wired network management module includes a signal outlet port 7, an embedded data switching distribution frame 6 of the wired network, a wired network congested line switching module 5, and a wired network full line switching module 8, wherein one side of the wired network congested line switching module 5 is connected to an embedded data switching distribution frame 6, and the other side is connected to a group of signal outlet ports 7, and one side of the wired network full line switching module 8 is connected to an embedded data switching distribution frame 6, and the other side is connected to a group of signal outlet ports 7.

[0038] More specifically, Figure 3 As shown, the WLAN wireless network management module includes a signal outlet port 7, an embedded data switching distribution frame 6 of the WLAN wireless network, a WLAN wireless network congested line switching module 9, and a WLAN wireless network full line switching module 10, wherein one side of the WLAN wireless network congested line switching module 9 is connected to an embedded data switching distribution frame 6, and the other side is connected to a group of signal outlet ports 7, and one side of the WLAN wireless network full line switching module 10 is connected to an embedded data switching distribution frame 6, and the other side is connected to a group of signal outlet ports 7.

[0039] More specifically, Figure 4 As shown, the video management module includes a signal outlet port 7, an embedded data switching distribution frame 6 for video, a video congested line switching module 11, and a video full line switching module 12, wherein one side of the video congested line switching module 11 is connected to an embedded data switching distribution frame 6, and the other side is connected to a group of signal outlet ports 7, and one side of the video full line switching module 12 is connected to an embedded data switching distribution frame 6, and the other side is connected to a group of signal outlet ports 7.

[0040] More specifically, Figure 5 As shown, the embedded data switching distribution frame includes a data interface 13, a common path 14, and a preset path 15, which are respectively more than two data interfaces 13, more than two common paths 14, and more than two preset paths 15, wherein the data interface 13, the common path 14, and the preset path 15 are all embedded on one side of the host, each data interface 13 is connected to a common path 14 and a preset path 15, all the common paths 14 are not connected to each other, and all the preset paths 15 are connected through, each common path 14 is provided with an A group relay switch 16, each preset path 15 is provided with a B group relay switch 17, and all relay switches lead out control lines 18.

[0041] More specifically, Figure 6As shown, the wired network congestion line switching module includes a wired network transmission switching block 19, a wired network transmission IP address management block 20, and a wired network transmission switching device control block 21, wherein the wired network transmission switching block 19, the wired network transmission IP address management block 20, and the wired network transmission switching device control block 21 are interconnected by a data signal line 22, the wired network transmission switching block 19 connects the commonly used path 14 and the preset path 15, and the wired network transmission switching device control block 21 is connected to the signal outlet terminal 7 through a group of signal monitoring lines 23 and a group of data transmission lines 24.

[0042] More specifically, Figure 7 As shown, the WLAN wireless network congestion line switching module includes a WLAN wireless network transmission switching block 25, a WLAN wireless network transmission IP address management block 26, and a WLAN wireless network transmission switching device control block 27, wherein the WLAN wireless network transmission switching block 25, the WLAN wireless network transmission IP address management block 26, and the WLAN wireless network transmission switching device control block 27 are interconnected by a data signal line 22, the WLAN wireless network transmission switching block 25 connects the commonly used path 14 and the preset path 15, and the WLAN wireless network transmission switching device control block 27 is connected to the signal outlet port 7 via a group of signal monitoring lines 23 and a group of data transmission lines 24.

[0043] More specifically, Fig. 9 As shown, the video congestion line switching module includes a video transmission switching block 28, a video transmission IP address management block 29, and a video transmission switching device control block 30, wherein the video transmission switching block 28, the video transmission IP address management block 29, and the video transmission switching device control block 30 are interconnected by a data signal line 22, the video transmission switching block 28 connects the common path 14 and the preset path 15, and the video transmission switching device control block 30 is connected to the signal outlet terminal 7 through a group of signal monitoring lines 23 and a group of data transmission lines 24.

[0044] More specifically, Fig. 9 As shown, the wired network full line switching module includes a wired network full switching block 31, a wired network full IP address management block 32, and a wired network full switching device control block 33, wherein the wired network full switching block 31, the wired network full IP address management block 32, and the wired network full switching device control block 33 are interconnected by a data signal line 22, the wired network full switching block 31 connects the commonly used path 14 and the preset path 15, and the wired network full switching device control block 33 is connected to the signal outlet terminal 7 through a group of signal monitoring lines 23 and a group of data transmission lines 24.

[0045] More specifically, Fig.10As shown, the WLAN wireless network full line switching module includes a WLAN wireless network full switching block 34, a WLAN wireless network full IP address management block 35, and a WLAN wireless network full switching device control block 36, wherein the WLAN wireless network full switching block 34, the WLAN wireless network full IP address management block 35, and the WLAN wireless network full switching device control block 36 are interconnected by a data signal line 22, the WLAN wireless network full switching block 34 connects the commonly used path 14 and the preset path 15, and the WLAN wireless network full switching device control block 36 is connected to the signal outlet port 7 through a group of signal monitoring lines 23 and a group of data transmission lines 24.

[0046] More specifically, Fig.11 As shown, the video storage line switching module includes a video storage switching block 37, a video storage IP address management block 38, and a video storage switching device control block 39, wherein the video storage switching block 37, the video storage IP address management block 38, and the video storage switching device control block 39 are interconnected by a data signal line 22, the video storage switching block 37 connects the commonly used path 14 and the preset path 15, and the video storage switching device control block 39 is connected to the signal outlet terminal 7 through a group of signal monitoring lines 23 and a group of data transmission lines 24.

[0047] The following is a specific implementation method for monitoring switching management, and its three work areas run in the same process steps:

[0048] like Fig.12 As shown, the first working area: after the embedded data switching distribution frame 6 of the wired network is connected to all the terminals, the signal outlet terminal 7 is connected to the external layered switching device, and the wired network congested line switching module 5 collects the data transmission load of the wired network of the entire system. When the data transmission of the external layered switching device reaches a peak, the wired network congested line switching module 5 switches a common path 14 corresponding to the switching device on the embedded data switching distribution frame 6 to a preset path 15 at a low point through a relay switch; at the same time, the wired network full line switching module 8 collects the storage capacity data of the wired network of the entire system. When the capacity data of the storage unit reaches a peak, the wired network full line switching module 8 switches a common path 14 corresponding to the switching device on the embedded data switching distribution frame 6 to a preset path 15 at a low point through a relay switch.

[0049] The specific steps are:

[0050] A1: The embedded data switching distribution frame 6 of the wired network is connected to all terminals through the data interface 13. The data interface 13 of each wired network is connected to a common path 14 and a preset path 15. All common paths 14 are not connected to each other, and all preset paths 15 are connected through each other. Each common path 14 is provided with an A-group relay switch 16, and each preset path 15 is provided with a B-group relay switch 17. All relay switches lead out control lines 18. All common paths 14, preset paths 15, and control lines 18 are connected to the wired network transmission switching block 19 and the wired network storage switching block 31. The initial state of the A-group relay switch 16 is always connected, and the initial state of the B-group relay switch 17 is always disconnected.

[0051] A2: Two groups of data lines are led out from the outside of the signal outlet 7 to connect to more than two external hierarchical switching devices. The two groups of data lines are a group of signal monitoring lines 23 and a group of data transmission lines 24. The inside of the signal outlet 7 is connected to the wired network transmission switching device control block 21 and the wired storage transmission switching device control block 33;

[0052] A3: The wired network transmission switching device control block 21 collects the data transmission load of the layered switching devices of the wired network at any time. When it is monitored that the data transmission of a layered switching device reaches a peak value, the wired network transmission switching device control block 21 sends a command to the wired network transmission switching block 19 to match a common path 14 of data transmission peak value and a preset path 15 of data transmission trough value on the embedded data switching distribution frame 6 of the switching device. The wired network transmission switching block 19 instructs the A group relay switch 16 on the common path 14 of the peak value to be interrupted through the control line 18, and instructs the B group relay switch 17 on the preset path 15 of the trough value to be connected. While the common path 14 and the preset path 15 are switched, the wired network transmission IP address management block 20 sends a command to the wired network transmission switching device control block 21 to adjust the switching IP address, and the wired network transmission switching device control block 21 matches another external switching device through a group of signal monitoring lines 23 and a group of data transmission lines 24;

[0053] A4: The wired network full storage switching device control block 33 collects the data storage capacity of the storage unit of the wired network at any time. When it is detected that the storage capacity of a certain storage unit has reached full capacity, the wired network full storage switching device control block 33 sends an instruction to the wired network full storage switching block 31 to match a common path 14 with full storage capacity and a preset path 15 with the largest storage capacity balance on the embedded data switching distribution frame 6 corresponding to the switching device. The wired network full storage switching block 31 instructs the A group relay switch 16 on the full common path 14 to be interrupted through the control line 18, and instructs the B group relay switch 17 on the preset path 15 with the largest balance to be connected. While the common path 14 and the preset path 15 are switched, the wired network full storage IP address management block 32 sends an instruction to the wired network full storage switching device control block 33 to adjust the switching IP address, and the wired network full storage switching device control block 33 matches another external switching device through a group of signal monitoring lines 23 and a group of data transmission lines 24.

[0054] like Fig.13 As shown, the second working area: after the embedded data switching distribution frame 6 of the WLAN wireless network is connected to all the terminals, the signal outlet terminal 7 is connected to the external layered switching device, and the WLAN wireless network congestion line switching module 9 collects the data transmission load of the WLAN wireless network of the entire system. When the data transmission of the external layered switching device reaches a peak value, the WLAN wireless network congestion line switching module 9 switches a common path 14 of the corresponding switching device on the embedded data switching distribution frame 6 to a preset path 15 at a low point through a relay switch; at the same time, the WLAN wireless network full line switching module 10 collects the storage capacity data of the WLAN wireless network of the entire system. When the capacity data of a storage unit reaches a peak value, the WLAN wireless network full line switching module 10 switches a common path 14 of the corresponding switching device on the embedded data switching distribution frame 6 to a preset path 15 at a low point through a relay switch.

[0055] The specific steps are:

[0056] B1: The embedded data switching distribution frame 6 of the wlan wireless network is connected to all terminals through the data interface 13. The data interface 13 of each wlan wireless network is connected to a common path 14 and a preset path 15. All common paths 14 are not connected to each other, and all preset paths 15 are connected through each other. Each common path 14 is provided with an A-group relay switch 16, and each preset path 15 is provided with a B-group relay switch 17. All relay switches lead out control lines 18. All common paths 14, preset paths 15, and control lines 18 are connected to the wlan wireless network transmission switching block 25 and the wlan wireless network storage switching block 34. The initial state of the A-group relay switch 16 is always connected, and the initial state of the B-group relay switch 17 is always disconnected.

[0057] B2: Two groups of data lines are led out from the outside of the signal outlet 7 to connect to more than two external hierarchical switching devices. The two groups of data lines are a group of signal monitoring lines 23 and a group of data transmission lines 24. The inside of the signal outlet 7 is connected to the wlan wireless network transmission switching device control block 27 and the wlan wireless network storage switching device control block 36;

[0058] B3: The wlan wireless network transmission switching device control block 27 collects the data transmission load of the hierarchical switching devices of the wlan wireless network at any time. When it is monitored that the data transmission of a certain hierarchical switching device reaches a peak value, the wlan wireless network transmission switching device control block 27 sends a command to the wlan wireless network transmission switching block 25 to match a common path 14 for the data transmission peak value and a preset path 15 for the data transmission trough corresponding to the embedded data switching distribution frame 6 of the switching device. The wlan wireless network transmission switching block 25 instructs the A group relay switch 16 on the common path 14 for the peak value to be interrupted through the control line 18, and instructs the B group relay switch 17 on the preset path 15 for the trough to be connected. While the common path 14 and the preset path 15 are switching, the wlan wireless network transmission IP address management block 26 sends a command to the wlan wireless network transmission switching device control block 27 to adjust the switching IP address, and the wlan wireless network transmission switching device control block 27 matches another external switching device through a group of signal monitoring lines 23 and a group of data transmission lines 24;

[0059] B4: The wlan wireless network storage full switching device control block 36 collects the data storage capacity of the storage unit of the wlan wireless network at any time. When it is detected that the storage capacity of a certain storage unit has reached full capacity, the wlan wireless network storage full switching device control block 36 sends an instruction to the wlan wireless network storage full switching block 34 to match a common path 14 with full storage capacity and a preset path 15 with the largest storage capacity balance on the corresponding embedded data switching distribution frame 6 of the switching device. The wlan wireless network storage full switching block 34 charges the A group relay switch 16 on the full common path 14 to interrupt through the control line 18, and charges the B group relay switch 17 on the preset path 15 with the largest balance to connect. While the common path 14 and the preset path 15 are switching, the wlan wireless network storage full IP address management block 35 sends an instruction to the wlan wireless network storage full switching device control block 36 to adjust the switching IP address, and the wlan wireless network storage full switching device control block 36 matches another external switching device through a group of signal monitoring lines 23 and a group of data transmission lines 24.

[0060] like Fig.14 As shown, the third working area: after the video's embedded data switching distribution frame 6 is connected to all terminals, the signal outlet terminal 7 is connected to the external layered switching device, and the video congestion line switching module 11 collects the data transmission load of the video of the entire system. When the data transmission of the external layered switching device reaches a peak, the video congestion line switching module 11 switches a common path 14 of the corresponding switching device on the embedded data switching distribution frame 6 to a preset path 15 at a low point through a relay switch; at the same time, the video full line switching module 12 collects the storage capacity data of the video of the entire system. When the capacity data of a storage unit reaches a peak, the video full line switching module 12 switches a common path 14 of the corresponding switching device on the embedded data switching distribution frame 6 to a preset path 15 at a low point through a relay switch.

[0061] The specific steps are:

[0062] C1: The embedded data switching distribution frame 6 of the video is connected to all the terminals through the data interface 13. Each video data interface 13 is connected to a common path 14 and a preset path 15. All common paths 14 are not connected to each other, and all preset paths 15 are connected through each other. Each common path 14 is provided with an A-group relay switch 16, and each preset path 15 is provided with a B-group relay switch 17. All relay switches lead out control lines 18. All common paths 14, preset paths 15, and control lines 18 are connected to the video transmission switching block 28 and the video storage switching block 37. The initial state of the A-group relay switch 16 is always connected, and the initial state of the B-group relay switch 17 is always disconnected.

[0063] C2: Two groups of data lines are led out from the outside of the signal outlet 7 to connect to more than two external layered switching devices. The two groups of data lines are a group of signal monitoring lines 23 and a group of data transmission lines 24. The inside of the signal outlet 7 is connected to the video transmission switching device control block 30 and the video storage switching device control block 39;

[0064] C3: The video transmission switching device control block 30 collects the data transmission load of the layered switching device of the video at any time. When it is detected that the data transmission of a layered switching device reaches a peak value, the video transmission switching device control block 30 sends a command to the video transmission switching block 28 to match a common path 14 of data transmission peak value and a preset path 15 of data transmission trough value on the embedded data switching distribution frame 6 of the switching device. The video transmission switching block 28 instructs the A group relay switch 16 on the common path 14 of the peak value to be interrupted through the control line 18, and instructs the B group relay switch 17 on the preset path 15 of the trough value to be connected. While the common path 14 and the preset path 15 are switched, the video transmission IP address management block 29 sends a command to the video transmission switching device control block 30 to adjust the switching IP address, and the video transmission switching device control block 30 matches another external switching device through a group of signal monitoring lines 23 and a group of data transmission lines 24;

[0065] C4: The video storage full switching device control block 39 collects the data storage capacity of the video storage unit at any time. When it is detected that the storage capacity of a certain storage unit has reached full capacity, the video storage full switching device control block 39 sends a command to the video storage full switching block 37 to match a common path 14 with full storage capacity and a preset path 15 with the largest storage capacity balance on the embedded data switching distribution frame 6 of the switching device. The video storage full switching block 37 instructs the A group relay switch 16 on the full common path 14 to be interrupted through the control line 18, and instructs the B group relay switch 17 on the preset path 15 with the largest balance to be connected. While the common path 14 and the preset path 15 are switched, the video storage full IP address management block 38 sends a command to the video storage full switching device control block 39 to adjust the switching IP address, and the video storage full switching device control block 39 matches another external switching device through a group of signal monitoring lines 23 and a group of data transmission lines 24.

[0066] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A signal monitoring switching and summary management device, characterized in that: include: A wired network management module, a wlan wireless network management module and a video management module, characterized in that: the wired network management module, the wlan wireless network management module and the video management module are three independent working areas connected to the same power supply; The wired network management module includes a signal outlet, an embedded data switching patch panel of the wired network, a wired network congested line switching module and a wired network full line switching module, one side of the wired network congested line switching module is connected to an embedded data switching patch panel, and the other side is connected to a group of signal outlets, and one side of the wired network full line switching module is connected to an embedded data switching patch panel, and the other side is connected to a group of signal outlets; The wlan wireless network management module includes a signal outlet, an embedded data switching patch panel of the wlan wireless network, a wlan wireless network congested line switching module and a wlan wireless network full line switching module, one side of the wlan wireless network congested line switching module is connected to an embedded data switching patch panel, and the other side is connected to a group of signal outlets, and one side of the wlan wireless network full line switching module is connected to an embedded data switching patch panel, and the other side is connected to a group of signal outlets; The video management module includes a signal outlet, an embedded data switching patch panel for video, a video congestion line switching module and a video full line switching module, one side of the video congestion line switching module is connected to an embedded data switching patch panel, and the other side is connected to a group of signal outlets, and one side of the video full line switching module is connected to an embedded data switching patch panel, and the other side is connected to a group of signal outlets; The embedded data switching distribution frame includes a data interface, a common path and a preset path, which are respectively more than two data interfaces, more than two common paths, and more than two preset paths. The data interface, common paths and preset paths are all embedded on one side of the host. Each of the data interfaces is connected to a common path and a preset path. All the common paths are not connected to each other, and all the preset paths are connected through. A group A relay switch is set on each of the common paths, and a group B relay switch is set on each of the preset paths. The group A relay switches and the group B relay switches both lead out control lines.

2. The device for signal monitoring, switching and aggregation management according to claim 1, characterized in that: The wired network congested line switching module includes a wired network transmission switching block, a wired network transmission IP address management block and a wired network transmission switching device control block. The wired network transmission switching block, the wired network transmission IP address management block and the wired network transmission switching device control block are interconnected by data signal lines. The wired network transmission switching block connects the commonly used path and the preset path. The wired network transmission switching device control block is connected to the signal outlet through a group of signal monitoring lines and a group of data transmission lines.

3. The signal monitoring switching and summary management device according to claim 2 is characterized in that: The WLAN wireless network congestion line switching module includes a WLAN wireless network transmission switching block, a WLAN wireless network transmission IP address management block and a WLAN wireless network transmission switching device control block. The WLAN wireless network transmission switching block, the WLAN wireless network transmission IP address management block and the WLAN wireless network transmission switching device control block are interconnected by data signal lines. The WLAN wireless network transmission switching block connects the commonly used path and the preset path. The WLAN wireless network transmission switching device control block is connected to the signal outlet end through a group of signal monitoring lines and a group of data transmission lines.

4. The device for signal monitoring, switching and aggregation management according to claim 3, characterized in that: The video congestion line switching module includes a video transmission switching block, a video transmission IP address management block and a video transmission switching device control block. The video transmission switching block, the video transmission IP address management block and the video transmission switching device control block are interconnected by data signal lines. The video transmission switching block connects the commonly used path and the preset path. The video transmission switching device control block is connected to the signal outlet through a group of signal monitoring lines and a group of data transmission lines.

5. The device for signal monitoring, switching and aggregation management according to claim 4, characterized in that: The wired network full line switching module includes a wired network full switching block, a wired network full IP address management block and a wired network full switching device control block. The wired network full switching block, the wired network full IP address management block and the wired network full switching device control block are interconnected by data signal lines. The wired network full switching block connects the commonly used path and the preset path. The wired network full switching device control block is connected to the signal outlet through a group of signal monitoring lines and a group of data transmission lines.

6. The signal monitoring switching and summary management device according to claim 5, characterized in that: The WLAN line switching module includes a WLAN switching block, a WLAN IP address management block and a WLAN switching device control block. The WLAN switching block, the WLAN IP address management block and the WLAN switching device control block are interconnected by data signal lines. The WLAN switching block connects the commonly used path and the preset path. The WLAN switching device control block is connected to the signal outlet through a group of signal monitoring lines and a group of data transmission lines.

7. The signal monitoring switching and summary management device according to claim 6, characterized in that: The video full line switching module includes a video full switching block, a video full IP address management block and a video full switching device control block. The video full switching block, the video full IP address management block and the video full switching device control block are interconnected by data signal lines. The video full switching block connects the commonly used path and the preset path. The video full switching device control block is connected to the signal output end through a group of signal monitoring lines and a group of data transmission lines.

8. The implementation method of the signal monitoring switching and summary management device according to claim 7 is characterized in that: Run the same process steps for the three workspaces, including the following steps: The first working area: After the embedded data switching patch panel of the wired network is connected to all the terminals, the signal outlet end is connected to the external hierarchical switching device, and the wired network congested line switching module collects the data transmission load of the wired network of the entire system. When the data transmission of the external hierarchical switching device reaches the peak, the wired network congested line switching module switches a common path corresponding to the switching device on the embedded data switching patch panel to a preset path at the valley through the relay switch; at the same time, the wired network full line switching module collects the storage capacity data of the wired network of the entire system. When the capacity data of the storage unit reaches the peak, the wired network full line switching module switches a common path corresponding to the switching device on the embedded data switching patch panel to a preset path at the valley through the relay switch; The second working area: After the built-in data switching patch panel of the WLAN wireless network is connected to all the terminals, the signal outlet end is connected to the external hierarchical switching device, and the WLAN wireless network congestion line switching module collects the data transmission load of the WLAN wireless network of the entire system. When the data transmission of the external hierarchical switching device reaches the peak value, the WLAN wireless network congestion line switching module switches a common path of the corresponding switching device on the built-in data switching patch panel to a preset path at the valley through a relay switch; at the same time, the WLAN wireless network full line switching module collects the storage capacity data of the WLAN wireless network of the entire system. When the capacity data of a storage unit reaches the peak value, the WLAN wireless network full line switching module switches a common path of the corresponding switching device on the built-in data switching patch panel to a preset path at the valley through a relay switch; The third working area: After the video's embedded data switching distribution frame is connected to all terminals, the signal outlet end is connected to the external layered switching device. The video congestion line switching module collects the data transmission load of the video of the entire system. When the data transmission of the external layered switching device reaches a peak, the video congestion line switching module switches a common path of the corresponding switching device on the embedded data switching distribution frame to a preset path at a low point through a relay switch; at the same time, the video full line switching module collects the storage capacity data of the video of the entire system. When the capacity data of a storage unit reaches a peak, the video full line switching module switches a common path of the corresponding switching device on the embedded data switching distribution frame to a preset path at a low point through a relay switch.

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