CN209297143U - A kind of abnormality monitoring system - Google Patents
A kind of abnormality monitoring system Download PDFInfo
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- CN209297143U CN209297143U CN201920324198.7U CN201920324198U CN209297143U CN 209297143 U CN209297143 U CN 209297143U CN 201920324198 U CN201920324198 U CN 201920324198U CN 209297143 U CN209297143 U CN 209297143U
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Abstract
The utility model embodiment provides a kind of abnormality monitoring system, including equipment and programmable logic device, equipment and programmable logic device communicate to connect, programmable logic device, for being monitored to equipment, when monitoring that equipment is abnormal, control equipment handles the exception occurred, so that equipment restores normal.Pass through technical solution provided by the embodiment of the utility model, programmable logic device is monitored equipment, and it controls the equipment when monitoring that equipment is abnormal to handle the exception occurred, the abnormal operation maintenance personnel that do not need is noted abnormalities and handles to participate in, save human cost, and it can be handled abnormal by the interaction between programmable logic device and equipment, avoiding process cumbersome when operation maintenance personnel is handled causes the processing time longer.
Description
Technical field
The utility model relates to electronic circuit technology fields, more particularly to a kind of abnormality monitoring system.
Background technique
If in an equipment including supply, the power supply such as respectively different modules, device, such as pilot lamp power, open
Dynamic power supply, the power supply for opening key etc..
Equipment first carries out power on operation after receiving enabled instruction, and equipment brings into operation after powering on completion.Upper
In electric process, the power supply in equipment can successively start according to preset electric power starting timing, after all power supplys start, table
Show that device power terminates.Only successively start each power supply according to electric power starting timing, and each power supply normally starts,
The equipment could be powered on normally, and then just can enter the state of normal operation.
In power up and in the process of running, a possibility that being abnormal.It is different when occurring in power up
Will lead to equipment when often cannot normally start, and equipment cisco unity malfunction is also resulted in when being abnormal in the process of running.So
And current equipment can only issue abnormal signal after being abnormal to notify operation maintenance personnel, it is different that operation maintenance personnel passes through scene again
It often occurs as the processing such as being detected, checking, repair to equipment, so that equipment is restored to operate normally.In exception handling procedure, no
The participation for only needing operation maintenance personnel leads to the increase of human cost, and the process that operation maintenance personnel is handled is cumbersome, causes
It is longer to handle the time.
Utility model content
The utility model embodiment is designed to provide a kind of abnormality monitoring system, to solve people when equipment is abnormal
Power increased costs and abnormality processing time longer problem.Specific technical solution is as follows:
In a first aspect, the utility model embodiment provides a kind of abnormality monitoring system, the system comprises equipment and can
Programmed logic device, the equipment and the programmable logic device communicate to connect；
The programmable logic device, for being monitored to the equipment, when monitoring that the equipment is abnormal,
It controls the equipment to handle the exception occurred, so that the equipment restores normal.
Optionally, the equipment includes multiple power supplys, and the multiple power supply is respectively the different function module of the equipment
Power supply；The programmable logic device is specifically used for when the device power, according to described in ordered pair when preset electric power starting
Multiple power supplys are controlled, so that the multiple power supply is successively opened according to the electric power starting timing.
Optionally, the programmable logic device is monitored, when monitoring specifically for the operation to the equipment
When stating equipment generation delay machine, controls the equipment and restarted.
Optionally, the programmable logic device, specifically for when monitoring the CMOS exception of the equipment, Xiang Suoshu
Equipment sends CMOS clearance order；
The equipment, the CMOS clearance order sent for receiving the programmable logic device, according to described
CMOS clearance order is purged processing to CMOS register, and the CMOS register is restored default value.
Optionally, it is suitable to be also used to monitor equipment unlatching of power supply in power up for the programmable logic device
Whether sequence matches with preset electric power starting timing, if mismatching, it is abnormal to determine that CMOS occurs for the equipment.
Optionally, the equipment includes powering on mode setting device, and the mode setting device that powers on may be programmed with described
Logical device connection, the electrifying startup mode for powering on mode setting device and being used to set the equipment, and will be set
Electrifying startup mode is sent to the programmable logic device, wherein the electrifying startup mode includes powering on self-starting mode
Self-starting mode is powered on non-；
The programmable logic device, for receiving the electrifying startup mode for powering on the transmission of mode setting device,
Determine that electrifying startup mode is when powering on self-starting mode, monitor the equipment in power up the opening sequence of power supply with
The electric power starting timing, it is described power on whether self-starting mode matches, if mismatching, it is different to determine that CMOS occurs for the equipment
Often；Determine electrifying startup mode be it is non-power on self-starting mode when, monitor the equipment power supply in power up and open
Open sequence with the electric power starting timing, it is described it is non-power on whether self-starting mode matches, if mismatch, determine the equipment
It is abnormal that CMOS occurs.
Optionally, the equipment is also used to when the function of the equipment is abnormal, Xiang Suoshu programmable logic device
Send the dysfunction information for being directed to the function；
The programmable logic device, is also used to receive the dysfunction information that the equipment is sent, and to described
Equipment sends the reset instruction for being directed to the function；
The equipment is also used to receive the reset instruction that the programmable logic device is sent, and according to described multiple
Bit instruction carries out reset operation to for realizing the functional module of the function.
Optionally, the equipment supports at least two battery saving modes: deep sleep DSW mode and energy consumption product E UP mode,
Wherein, the DSW mode is the mode that other power supplys in addition to the power supply for opening key are turned off, and the EUP mode is institute
There is the mode that power supply is turned off；
The programmable logic device is also used to control the equipment when the equipment needs to enter the DSW mode
In except open key power supply in addition to other power supplys close；When the equipment needs to enter the EUP mode, described in control
Power supply in equipment is closed.
Optionally, the programmable logic device is also used to when monitoring that the equipment is abnormal, by what is occurred
Exception is recorded, and/or, the exception occurred is reported into monitoring center.
Optionally, the programmable logic device is also used to obtain the temperature information of the CPU of the equipment, according to described
The temperature information of CPU controls the revolving speed of the cpu fan for radiating to the CPU；It is also used to obtain the temperature of the equipment
Information is spent, the revolving speed of the case fan for radiating to the equipment is controlled according to the temperature information of the equipment.
Abnormality monitoring system provided by the embodiment of the utility model, including equipment and programmable logic device, equipment with can
Programmed logic device communication connection, programmable logic device, for being monitored to equipment, when monitoring that equipment is abnormal
When, control equipment handles the exception occurred, so that equipment restores normal.It is provided by the utility model embodiment
Technical solution, programmable logic device is monitored equipment, and the equipment is controlled when monitoring that equipment is abnormal
The exception occurred is handled, notes abnormalities and handles the abnormal operation maintenance personnel that do not need and participate in, save human cost,
And it can be handled abnormal, be avoided at operation maintenance personnel by the interaction between programmable logic device and equipment
Cumbersome process causes the processing time longer when reason.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is a kind of structural schematic diagram of abnormality monitoring system provided by the embodiment of the utility model；
Fig. 2 is another structural schematic diagram of abnormality monitoring system provided by the embodiment of the utility model.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Human cost increases when in order to solve the problems, such as that equipment is abnormal and the abnormality processing time is longer, the utility model
Embodiment provides a kind of abnormality monitoring system, which includes equipment and programmable logic device, equipment and programmable logic
Device communication connection；Programmable logic device, for being monitored to equipment, when monitoring that equipment is abnormal, control is set
It is standby that the exception occurred is handled, so that equipment restores normal.
By technical solution provided by the embodiment of the utility model, programmable logic device is monitored equipment, and
The equipment is controlled when monitoring that equipment is abnormal to handle the exception occurred, notes abnormalities and handle exception not
It needs operation maintenance personnel to participate in, saves human cost, and can be right by the interaction between programmable logic device and equipment
Exception is handled, and avoiding process cumbersome when operation maintenance personnel is handled causes the processing time longer.
A kind of abnormality monitoring system provided by the embodiment of the utility model is introduced below with reference to Fig. 1, such as Fig. 1 institute
Show, a kind of abnormality monitoring system 100 provided by the embodiment of the utility model, including equipment 110 and programmable logic device 120,
Equipment 110 and programmable logic device 120 communicate to connect.
Wherein, equipment 110 can be the equipment based on different platform, for example, it may be being based on Intel X86 platform, also
It can be based on Intel X64 platform, be not limited thereto.The independence that equipment 110 can be for realizing a certain function
Equipment, can also be the main equipment in a set of application system, application system is that multiple equipment composition is to realize default purpose
Set of system, for example, heating system, environmental monitoring system etc..Wherein, main equipment is the core equipment in application system, should
Main equipment can control starting, closing, critical workflow of application system etc..
Wherein, programmable logic device 120 can (Complex Programmable Logic Device be answered for CPLD
Miscellaneous programmable logic device), PAL (Programmable Array Logic, programmable logic array), GAL (Generic
Array Logic, Universal Array Logic), FPGA (Field-Programmable Gate Array, field-programmable gate array
Column) etc. any one of devices, be not limited thereto.It is introduced so that programmable logic device 120 is CPLD as an example below.Its
In, the model of CPLD may include it is a variety of, for example, EPM1270, EPM240 of altera, the LCMXO2_1200U of lattice
Deng.
Wherein, LPC (Low Pin Count, low pin count can be passed through between programmable logic device 120 and equipment 110
Interface), eSPI (Enhanced Serial Peripheral Interface, enhanced Serial Peripheral Interface (SPI)), SMBus
At least one interface connection in interfaces such as (System Management Bus, system management bus interfaces), i.e., it is programmable to patrol
Collecting can be communicated between device 120 and equipment 110 by least one interface in the interfaces such as LPC, eSPI, SMBus.
Programmable logic device 120 is for being monitored equipment 110, wherein programmable logic device 120 can be to setting
Standby 110 operational process, power up, lower electric process etc. is monitored.
When monitoring that equipment 110 is abnormal, control 110 pairs of exceptions occurred of equipment are handled, so that setting
Standby 110 restore normal.
Wherein, it may include delay machine in 110 operational process of equipment, one in 110 power up of equipment that equipment 110, which is abnormal,
A or multiple power supplys not normally starting causes equipment 110 that cannot normally start, the dysfunction of equipment 110 etc..
Wherein, the mode that programmable logic device 120 controls the progress abnormality processing of equipment 110 can be programmable logic device
Part 120 sends to equipment 110 and instructs, and equipment 110 carries out the operation of abnormality processing further according to instruction.For example, the side of abnormality processing
Formula is that equipment 110 is restarted, then programmable logic device 120 can send instruction of restarting to equipment 110, and equipment 110 receives weight
After opening instruction, reboot operation is carried out according to the instruction of restarting.
In addition, the mode that programmable logic device 120 controls the progress abnormality processing of equipment 110 can also be programmable logic
Device 120 directly controls the corresponding module of equipment 110, unit etc., for example, the mode of abnormality processing is that equipment 110 is restarted, then may be used
The power supply that programmed logic device 120 directly controls equipment 110 is closed, that is, realizes the closing of equipment 110, then directly control equipment
110 electric power starting, i.e. completion restarting to equipment 110.
In a kind of embodiment, equipment 110 includes multiple power supplys, and multiple power supply is respectively the different function of equipment 110
Module for power supply.It is believed that each power supply is independent from each other in multiple power supply, for example, including power supply 1 and electricity in multiple power supplys
Source 2, wherein power supply 1 is the power supply of functional module 1, and power supply 2 is that the power supply of functional module 2 will not influence power supply after power supply 1 disconnects
2 pairs of functional modules 2 are powered.
Programmable logic device 120 can be also used for the unlatching of each power supply and pass in multiple power supplys of control equipment 110
It closes.Wherein, the power supply in equipment 110 that programmable logic device 120 controls can be customized setting, for example, programmable
Logical device 120 can control all power supplys in equipment 110, power supply that can also be important to part in equipment 110
It is controlled.
Wherein, the mode that programmable logic device 120 controls power supply in equipment 110 can be the corresponding power supply letter of control
Number, programmable logic device 120 can control the power supply signal sent to equipment 110.For example, programmable logic device 120 to
When equipment 110 sends PWRBTN#, indicate that programmable logic device 120 controls the electric power starting that key is opened in equipment 110.
In a kind of implementation of 120 monitoring device 110 of programmable logic device, programmable logic device 120 can be right
Multiple power supplys of equipment 110 are monitored, and be can be to a kind of mode that power supply is monitored and are carried out to the signal of control power supply
Whether monitoring is worked normally with the power supply for determining monitored.
In a kind of embodiment, when equipment 110 needs to carry out power on operation, programmable logic device 120 can be according to
Multiple power supplys when preset electric power starting in ordered pair equipment 110 are controlled, so that multiple power supply is according to electric power starting
Timing is successively opened.
Wherein, electric power starting timing is the sequence for each electric power starting in the equipment 110 in power up, electric power starting
Timing can be customized setting, and certainly, the timing Design which needs to meet platform belonging to equipment 110 is wanted
It asks.For example, electric power starting timing need to meet the timing Design of Intel X86 platform when equipment 110 is Intel X86 platform
It is required that.
For example, preset electric power starting timing are as follows: power supply 1, power supply 2, power supply 3, power supply 4 indicate after power supply 4 is opened
Equipment 110 powers on completion.When equipment 110 needs to power on, programmable logic device 120 controls power supply 1 and opens, and opens in power supply 1
The unlatching of power supply 2 is controlled after opening again, power supply 3 is controlled again after the unlatching of power supply 2 and opens, controls electricity again after the unlatching of power supply 3
Source 4 is opened, and then indicates that the equipment 110 powers on completion after the unlatching of power supply 4.
In a kind of embodiment, programmable logic device 120 can be used for being monitored the operation of equipment 110, work as prison
When measuring the generation delay machine of equipment 110, it can control equipment 110 and restarted, equipment 110, can be just after completing to restart
Often operation.
Wherein, whether programmable logic device 120 can be normally carried out communication by monitoring device 110, when equipment 110 not
It can be determined that delay machine occurs for the equipment 110 when can communicate.
Programmable logic device 120 controls in a kind of implementation that equipment 110 is restarted, and programmable logic device 120 can
To send instruction of restarting to equipment 110, after equipment 110 receives the instruction of restarting of the transmission of programmable logic device 120, Ke Yigen
Reboot operation is executed according to instruction of restarting.
In another implementation, the power supply that programmable logic device 120 can control equipment 110 is closed, to equipment
110 carry out down it is electrically operated, when equipment 110 completion under it is electrically operated after, equipment 110 i.e. power off close.Wherein, programmable logic device
Part 120 controls the timing Design requirement that the sequence that power supply is closed meets platform belonging to equipment 110.It, can after the closing of equipment 110
Programmed logic device 120 is successively opened according to the power supply of preset electric power starting timing control equipment 110, in the completion of equipment 110
It is operated normally after electricity.
In a kind of embodiment, programmable logic device 120 be can be also used for as the CMOS that monitor equipment 110
It, can be to setting when (Complementary Metal Oxide Semiconductor, complementary metal oxide semiconductor) is abnormal
Standby 110 send CMOS clearance order.After equipment 110 receives the CMOS clearance order of the transmission of programmable logic device 120, root
Processing is purged to CMOS register according to CMOS clearance order, and CMOS register is restored into default value.Wherein, CMOS is posted
Storage is purged processing and removes the CMOS status information stored in CMOS register.
Wherein, CMOS can occur to can also occur at electric process under equipment 110 in 110 power up of equipment extremely
In.When CMOS exception occurs in power up in equipment 110, will lead to equipment 110 cannot normally start, in equipment 110
After CMOS register restores default value, CMOS abnormal restoring, equipment 110 normally can start and run.
Whether 120 monitoring device 110 of programmable logic device is in a kind of embodiment of CMOS exception, programmable logic device
Part 120 can be also used for monitoring device 110 in power up the opening sequence of power supply and preset electric power starting timing whether
Matching can determine that CMOS exception does not occur for equipment 110, equipment 110 can be powered on normally and start fortune at this time if matching
Row.If mismatching, it is abnormal can to determine that CMOS occurs for equipment 110.
Wherein, the power supply recorded in electric power starting timing includes the power supply in 110 power up of equipment, can be divided into two kinds
Situation: the first situation, the power supply recorded in electric power starting timing are identical as the power supply in 110 power up of equipment；Second
Situation, the power supply recorded in electric power starting timing are identical more than the power supply in 110 power up of equipment, and in electric power starting timing
The power supply of record includes the power supply in 110 power up of equipment.
In the first scenario, equipment 110 is when the opening sequence of power supply is consistent with electric power starting timing in power up,
It is to match, can determines that CMOS exception does not occur for equipment 110.
For example, including power supply 1, power supply 2, power supply 3 and power supply 4, the electricity in 110 power up of equipment in electric power starting timing
Source also includes power supply 1, power supply 2, power supply 3 and power supply 4, also, electric power starting timing are as follows: power supply 4, power supply 3, power supply 2, power supply 1,
Then when the opening sequence of power supply in 110 power up of equipment are as follows: when power supply 4, power supply 3, power supply 2, power supply 1, can determine equipment
110 CMOS exception does not occur.When the opening sequence of power supply in 110 power up of equipment are as follows: power supply 4, power supply 2, power supply 3, power supply 1
When, then it can determine that equipment 110 opening sequence of power supply and electric power starting timing in power up mismatch, it at this time can be true
It is abnormal that CMOS occurs for locking equipment 110.
In the latter case, it is recorded in the opening sequence of power supply and electric power starting timing in 110 power up of equipment
The sequence of power supply is identical in 110 power up of equipment, then can determine that CMOS exception does not occur for equipment 110.
For example, including power supply 1, power supply 2, power supply 3 and power supply 4, the electricity in 110 power up of equipment in electric power starting timing
Source includes power supply 1, power supply 2 and power supply 4, electric power starting timing are as follows: power supply 4, power supply 3, power supply 2 and power supply 1, then when equipment 110
The opening sequence of power supply in power up are as follows: when power supply 4, power supply 2, power supply 1, can determine that CMOS exception does not occur for equipment 110.
When the opening sequence of power supply in 110 power up of equipment are as follows: when power supply 4, power supply 1, power supply 2, then equipment 110 can be determined upper
The opening sequence of power supply and electric power starting timing mismatch in electric process, and it is abnormal can to determine that CMOS occurs for equipment 110 at this time.
In a kind of embodiment, the electrifying startup mode of equipment 110 includes powering on self-starting mode and non-powering on self-starting
Mode.Wherein, it powers on self-starting mode and refers to that equipment 110 can be directly entered operating system after accessing power supply, do not need to lead to
Starting key is crossed to start, the non-self-starting mode that powers on refers to equipment 110 after accessing power supply, need by starting key come
Start-up operation system.
As shown in Fig. 2, equipment 110 can also include powering on mode setting device, powers on mode setting device and may be programmed
Logical device 120 connects, and the mode setting device of powering on can be used for the electrifying startup mode of set device 110, and can be by institute
The electrifying startup mode of setting is sent to programmable logic device 120, wherein can be customized by powering on mode setting device
Set electrifying startup mode.
Programmable logic device 120 is being determined for receiving the electrifying startup mode for powering on the transmission of mode setting device
Electrifying startup mode is when powering on self-starting mode, and the opening sequence of power supply in power up of monitoring device 110 is opened with power supply
It opens timing, power on whether self-starting mode matches, if mismatching, it is abnormal to determine that CMOS occurs for equipment；It is opened determining to power on
Flowing mode is non-when powering on self-starting mode, and monitoring device 110 is in power up when the opening sequence and electric power starting of power supply
Sequence, it is non-power on whether self-starting mode matches, if mismatching, it is abnormal to determine that CMOS occurs for equipment.
In a kind of implementation, the setting of electrifying startup mode can be to be configured by BIOS configuration information, is powered on
BIOS configuration information is sent to programmable logic device 120 by mode setting device.Programmable logic device 120 is set by obtaining
Standby 110 BIOS configuration information, it can determine the electrifying startup mode of equipment 110.Wherein, programmable logic device 120 obtains
It takes in a kind of implementation of BIOS configuration information, after equipment 110 starts power up, the BIOS program in equipment 110 runs and incites somebody to action
BIOS configuration information is sent to programmable logic device 120, in this way, programmable logic device 120 can get equipment 110
BIOS configuration information.
Programmable logic device 120 can determine the electrifying startup mode of equipment 110 according to BIOS configuration information, when setting
Standby 110 electrifying startup mode is when powering on self-starting mode, and programmable logic device 120 can powered on monitoring device 110
In the process the opening sequence of power supply and electric power starting timing, power on whether self-starting mode matches, if mismatching, it is determined that equipment
110 occur CMOS exception.
That is, the opening sequence of power supply in power up of equipment 110 removes in the case where powering on self-starting mode
Other than matching with electric power starting timing, it is also necessary to match with self-starting mode is powered on.For example, if equipment 110 was powering on
The power initiation of starting key in journey, then with power on self-starting mode and mismatch, it is abnormal can to determine that CMOS occurs for equipment 110.
When the electrifying startup mode of equipment 110 be it is non-power on self-starting mode when, programmable logic device 120 is specific to use
In monitoring device 110 in power up the opening sequence of power supply and electric power starting timing, it is non-power on self-starting mode whether
Match, if mismatching, it is abnormal to determine that CMOS occurs for equipment 110.
That is, the opening sequence of power supply in power up of equipment 110 removes in the case where powering on self-starting mode
Other than matching with electric power starting timing, it is also necessary to match with the non-self-starting mode that powers on.For example, if equipment 110 is powering on
The power supply of starting key is inactive in the process, then mismatches with the non-self-starting mode that powers on, and can determine that CMOS occurs for equipment 110
It is abnormal.
In a kind of embodiment, function possessed by different equipment 110 can not be identical, and each equipment 110 can
It is multiple and different to have the function of, for example, the functions such as surf the Internet, store, calculating, checking.Equipment 110 can run multiple function simultaneously
Can, and monitor each function whether normal operation.It, can be to can when equipment 110 monitors that the function of operation is abnormal
Programmed logic device 120 sends the dysfunction information for being directed to the function, wherein includes the name of the function in dysfunction information
Claim, mark, the information such as time being abnormal.
Programmable logic device 120 can receive the dysfunction information of the transmission of equipment 110, and send needle to equipment 110
Reset instruction to the function being abnormal.After equipment 110 receives the reset instruction of the transmission of programmable logic device 120,
Reset operation can be carried out to for realizing the functional module of function according to reset instruction.
For example, equipment 110 sends the function for being directed to network interface card to programmable logic device 120 when the network interface card exception of equipment 110
Energy exception information, after programmable logic device 120 receives the dysfunction information for network interface card, can feed back to equipment 110
For the reset instruction of network interface card, equipment 110 can carry out reset operation to network card chip according to the reset instruction.It completes to net
After the reset operation of card chip, the network interface card of equipment 110 be can work normally.
In addition, after programmable logic device 120 receives the dysfunction information of the transmission of equipment 110, it can also be to
Equipment 110 feeds back instruction of restarting, and equipment 110 can carry out power-off restarting operation after receiving instruction of restarting.Equipment 110 is restarted
After the completion, it is believed that each function of equipment 110 also restarts completion, so that each function can work normally.
In a kind of embodiment, equipment 110 supports at least two battery saving modes: DSW (sleep by Deep Sleep Well, depth
Sleep) mode and EUP (Energy Using Product, energy consumption product) mode.Wherein, DSW mode is except the electricity for opening key
The mode that other power supplys other than source are turned off, EUP mode are the mode that all power supplys are turned off.
Equipment 110 can according to user instructions, the factors such as preset time enter DSW mode or EUP mode.When equipment 110
When needing to enter DSW mode, programmable logic device 120 can control its in addition to the power supply for opening key in equipment 110
He is turned off power supply.After i.e. equipment 110 enters DSW mode, the power supply for only opening key is open state, other power supplys are to close
Closed state.When equipment 110 needs to enter EUP mode, programmable logic device 120 can control the pass of the power supply in equipment 110
It closes, i.e., after equipment 110 enters EUP mode, all power supplys of equipment 110 are in off state.
By providing above two battery saving mode for equipment 110, and equipment 110 can enter DSW mode according to demand
Or EUP mode, and then realize the electricity-saving function of different demands.
In a kind of embodiment, programmable logic device 120 can also be when monitoring that equipment 110 is abnormal, by institute
The exception of generation is recorded.Wherein, the mode of record can be is recorded by exception information log, exception information log
For the exception that recording equipment 110 is occurred, exception information log be can store in equipment 110.
When monitoring that equipment 110 is abnormal, programmable logic device 120 can also report to the exception occurred
Monitoring center so that staff gets abnormal relevant information occurred, and is correspondingly handled abnormal.
When monitoring that equipment 110 is abnormal, programmable logic device 120 can execute above two operation, i.e., will
The exception occurred is recorded, and the exception occurred is reported to monitoring center.
Wherein, the exception that equipment 110 occurs includes that equipment 110 is not carried out according to electric power starting timing in power up
Electricity, power supply fall, the function of equipment 110 is operating abnormally etc..
In a kind of embodiment, programmable logic device 120 can also obtain the temperature information of the CPU of equipment 110, according to
The temperature information of acquired CPU controls the revolving speed of the cpu fan for radiating to CPU.I.e. when acquired CPU's
When temperature is higher, can control cpu fan revolving speed increase, and then accelerate CPU heat dissipation, when acquired CPU temperature compared with
When low, the revolving speed that can control cpu fan is reduced, and can save energy consumption under the premise of guaranteeing heat dissipation.
Wherein, programmable logic device 120 obtains in a kind of implementation of the temperature information of CPU, programmable logic device
Part 120 is communicated to connect by simulation PECI interface and CPU, in this way, temperature information can be sent to by CPU by the PECI interface
Programmable logic device 120.
Wherein, it controls in a kind of implementation of the revolving speed of cpu fan, revolving speed can be divided into several revolving speed grades,
And the temperature of CPU is subjected to grade classification, the temperature grade divided and revolving speed grade are established into corresponding relationship.It is patrolled when programmable
After volume device 120 gets the temperature of CPU, temperature grade belonging to the temperature is determined, and obtain and determine from corresponding relationship
The corresponding revolving speed grade of temperature grade, and adjust according to acquired revolving speed grade the revolving speed of cpu fan.
Programmable logic device 120 can also obtain the temperature information of equipment 110, according to the temperature information control of equipment 110
Make the revolving speed of the case fan for radiating to equipment 110.Wherein, the temperature information of equipment 110 is whole for equipment 110
The temperature of body, for example, the temperature of equipment 110 can be the temperature of 110 cabinet of equipment.
Wherein, programmable logic device 120 obtains in a kind of implementation of the temperature information of equipment 110, programmable to patrol
It collects device 120 to communicate to connect by simulation eSPI interface and equipment 110, in this way, programmable logic device 120 can be by this
The temperature of eSPI interface reading equipment 110.
Wherein, it controls in a kind of implementation of the revolving speed of case fan, revolving speed can be divided into several revolving speed grades,
And the temperature of equipment 110 is subjected to grade classification, the temperature grade divided and revolving speed grade are established into corresponding relationship.When can compile
After journey logical device 120 gets the temperature of equipment 110, temperature grade belonging to the temperature is determined, and obtain from corresponding relationship
The corresponding revolving speed grade of temperature grade determined by taking, and according to the revolving speed of acquired revolving speed grade adjusting case fan.
In a kind of embodiment, programmable logic device 120 can also provide general-purpose interface, and provided general-purpose interface can
Using the interface as equipment 110, indicate that the peripheral apparatus 110 is general by this when peripheral apparatus 110 accesses general-purpose interface
Interface is connect with the equipment 110 in the utility model embodiment.Wherein, general-purpose interface includes RS232, management network port etc..
Abnormality monitoring system provided by the embodiment of the utility model, including equipment and programmable logic device, equipment with can
Programmed logic device communication connection, programmable logic device, for being monitored to equipment, when monitoring that equipment is abnormal
When, control equipment handles the exception occurred, so that equipment restores normal.It is provided by the utility model embodiment
Technical solution, programmable logic device is monitored equipment, and the equipment is controlled when monitoring that equipment is abnormal
The exception occurred is handled, notes abnormalities and handles the abnormal operation maintenance personnel that do not need and participate in, save human cost,
And it can be handled abnormal, be avoided at operation maintenance personnel by the interaction between programmable logic device and equipment
Cumbersome process causes the processing time longer when reason.
Herein, relational terms such as first and second and the like be used merely to by an entity or operation with it is another
One entity or operation distinguish, and without necessarily requiring or implying between these entities or operation, there are any this reality
Relationship or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to the packet of nonexcludability
Contain, so that the process, method, article or equipment for including a series of elements not only includes those elements, but also including
Other elements that are not explicitly listed, or further include for elements inherent to such a process, method, article, or device.
In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that including the element
Process, method, article or equipment in there is also other identical elements.
Each embodiment in this specification is all made of relevant mode and describes, same and similar portion between each embodiment
Dividing may refer to each other, and each embodiment focuses on the differences from other embodiments.
The above is only the preferred embodiment of the utility model only, is not intended to limit the protection model of the utility model
It encloses.Any modification, equivalent substitution, improvement and etc. made within the spirit and principle of the present invention, are all contained in this reality
With in novel protection scope.
Claims (10)
1. a kind of abnormality monitoring system, which is characterized in that the system comprises equipment and programmable logic device, the equipment with
The programmable logic device communication connection；
The programmable logic device, for being monitored to the equipment, when monitoring that the equipment is abnormal, control
The equipment handles the exception occurred, so that the equipment restores normal.
2. system according to claim 1, which is characterized in that the equipment includes multiple power supplys, the multiple power supply point
Not Wei the equipment different function module for power supply；
The programmable logic device is also used in electric process on said device, according to ordered pair institute when preset electric power starting
It states multiple power supplys to be controlled, so that the multiple power supply is successively opened according to the electric power starting timing.
3. system according to claim 1, which is characterized in that the programmable logic device, specifically for being set to described
Standby operation is monitored, and when monitoring that delay machine occurs for the equipment, is controlled the equipment and is restarted.
4. system according to claim 1, which is characterized in that the programmable logic device is monitored specifically for working as
When the complementary metal oxide semiconductor CMOS exception of the equipment, Xiang Suoshu equipment sends CMOS clearance order；
The equipment, the CMOS clearance order sent for receiving the programmable logic device are clear according to the CMOS
Except instruction is purged processing to CMOS register, and the CMOS register is restored into default value.
5. system according to claim 4, which is characterized in that the programmable logic device is also used to monitor described set
Whether the standby opening sequence of power supply in power up matches with preset electric power starting timing, if mismatching, sets described in judgement
The raw CMOS of preparation is abnormal.
6. system according to claim 5, which is characterized in that the equipment includes powering on mode setting device, it is described on
Electric mode setting device is connect with the programmable logic device, and the mode setting device that powers on is for setting the equipment
Electrifying startup mode, and set electrifying startup mode is sent to the programmable logic device, wherein described power on is opened
Flowing mode includes powering on self-starting mode and non-powering on self-starting mode；
The programmable logic device, for receiving the electrifying startup mode for powering on the transmission of mode setting device, in determination
Out electrifying startup mode be when powering on self-starting mode monitor the equipment in power up the opening sequence of power supply with it is described
Electric power starting timing, it is described power on whether self-starting mode matches, if mismatching, it is abnormal to determine that CMOS occurs for the equipment；
Determine electrifying startup mode be it is non-power on self-starting mode when, it is suitable to monitor equipment unlatching of power supply in power up
Sequence and the electric power starting timing, it is described it is non-power on whether self-starting mode matches, if mismatching, determine that the equipment occurs
CMOS is abnormal.
7. system according to claim 1, which is characterized in that the equipment is also used to occur when the function of the equipment
When abnormal, Xiang Suoshu programmable logic device sends the dysfunction information for being directed to the function；
The programmable logic device, is also used to receive the dysfunction information that the equipment is sent, and to the equipment
Send the reset instruction for being directed to the function；
The equipment is also used to receive the reset instruction that the programmable logic device is sent, and is referred to according to the reset
Order carries out reset operation to for realizing the functional module of the function.
8. system according to claim 1-7, which is characterized in that the equipment supports at least two power saving moulds
Formula: deep sleep DSW mode and energy consumption product E UP mode, wherein the DSW mode is in addition to the power supply for opening key
The mode that other power supplys are turned off, the EUP mode are the mode that all power supplys are turned off；
The programmable logic device is also used to control and remove in the equipment when the equipment needs to enter the DSW mode
Other power supplys other than the power supply of key are opened to close；When the equipment needs to enter the EUP mode, the equipment is controlled
In power supply close.
9. system according to claim 1-7, which is characterized in that the programmable logic device is also used to work as
When monitoring that the equipment is abnormal, the exception occurred is recorded, and/or, the exception occurred is reported into prison
Control center.
10. system according to claim 1-7, which is characterized in that the programmable logic device is also used to obtain
The temperature information for taking the CPU of the equipment controls the CPU for radiating to the CPU according to the temperature information of the CPU
The revolving speed of fan；It is also used to obtain the temperature information of the equipment, is controlled according to the temperature information of the equipment for described
The revolving speed for the case fan that equipment radiates.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920324198.7U CN209297143U (en) | 2019-03-14 | 2019-03-14 | A kind of abnormality monitoring system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920324198.7U CN209297143U (en) | 2019-03-14 | 2019-03-14 | A kind of abnormality monitoring system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111984464A (en) * | 2020-07-25 | 2020-11-24 | 苏州浪潮智能科技有限公司 | Programmable logic device monitoring and restarting method, device and system |
| CN113703557A (en) * | 2020-05-21 | 2021-11-26 | 杭州海康威视数字技术股份有限公司 | Method for clearing CMOS information, electronic equipment and clearing chip |
| CN117234812A (en) * | 2023-11-16 | 2023-12-15 | 中科泓泰电子有限公司 | System and method for controlling restarting of server |
-
2019
- 2019-03-14 CN CN201920324198.7U patent/CN209297143U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113703557A (en) * | 2020-05-21 | 2021-11-26 | 杭州海康威视数字技术股份有限公司 | Method for clearing CMOS information, electronic equipment and clearing chip |
| CN111984464A (en) * | 2020-07-25 | 2020-11-24 | 苏州浪潮智能科技有限公司 | Programmable logic device monitoring and restarting method, device and system |
| CN111984464B (en) * | 2020-07-25 | 2023-01-10 | 苏州浪潮智能科技有限公司 | Programmable logic device monitoring and restarting method, device and system |
| CN117234812A (en) * | 2023-11-16 | 2023-12-15 | 中科泓泰电子有限公司 | System and method for controlling restarting of server |
| CN117234812B (en) * | 2023-11-16 | 2024-01-30 | 中科泓泰电子有限公司 | System and method for controlling restarting of server |
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