Veneer charging and discharging management system and application method thereof
A management system and veneer technology, applied in the field of communication, can solve the problems of reducing veneer life, maintenance difficulties, veneer damage, etc., and achieve the effects of improving efficiency, improving safety performance, and prolonging life.
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Embodiment 1
[0081] In this embodiment, the board is not powered on. For details, see Figure 6 :
[0082] Step 602, the single-board power-on command is sent to the decision-making center by the network management;
[0083] Step 604, the decision center receives the command issued by the network manager, saves the command information, and sends the diagnosis command to the control unit;
[0084] Step 606, the control unit responds to the command of the decision-making center, and receives the address of the decision-making center, and establishes a communication path;
[0085] Step 608, the control unit collects board information such as temperature, voltage, board type, power, etc. of the board, reports to the decision center, and requests to power on the board it controls;
[0086] Step 610, the decision-making center judges whether the slot position of the single board is correct, and if not, returns an error code to the network management (prompting the user to pull out the board), ...
Embodiment 2
[0093] In this embodiment, the board is powered off. For details, see Figure 7 :
[0094] Step 702, the single-board power-off command is sent to the decision-making center by the network management;
[0095] Step 704, the decision center receives the command issued by the network management, saves the setting information, and sends the single board deactivation command to the control unit;
[0096] Step 706, the control unit receives the deactivation command, powers off the single board, and waits for the single board it controls to be reactivated;
[0097] Step 708, the decision center saves the information of the single board that is not powered on, receives the single board information sent by the control unit, and updates it regularly, and reports the updated single board information to the network management (prompting the user to operate), and then judges whether it needs to issue activation command, if the activation command is not issued, the control unit will cont...
Embodiment 3
[0099] In this example, decision center D manages two control units C1 and C2, and one control unit corresponds to one board (C1 corresponds to B1, and C2 corresponds to B2). The specific implementation is as follows Figure 8 Shown:
[0100] Step 802, the single board power-on command is sent to the decision center D by the network management;
[0101] Step 804, the decision-making center D receives the command issued by the network manager, saves the setting information, and then regularly sends the diagnosis command to the control units C1 and C2 of the corresponding boards in the device according to the pre-set order of power-on of the boards;
[0102] Step 806, the control units C1 and C2 respond to the order of the decision-making center in turn, and receive the address of the decision-making center, and establish a communication link;
[0103] Step 808, the control units C1 and C2 sequentially report the board information of the board, such as temperature, voltage, boa...
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