TWM526147U - Cloud monitoring alarm device - Google Patents

Description

Cloud monitoring device

This creation is about a kind of warning device for monitoring, especially a kind of warning device for cloud monitoring.

With the advent of the information age, a large amount of information exchange between enterprises and enterprises, between enterprises and customers, or between enterprises and other information providers, has led to an increase in the amount of information processing. Therefore, enterprises are both in hardware and software. A considerable proportion of operating costs are invested.

In the case of a large increase in information flow, long-distance, anytime, anywhere information services are becoming more common, so it is more important for the server to maintain a stable and normal working condition. However, when the server fails, such as software instability or poisoning, the hardware is faulty due to mechanical problems, the equipment installation location is faulty or damaged due to environmental conditions, etc., you must wait for the network administrator of the system to troubleshoot. Processing, thus interrupting the server service, igniting the service quality of the server, is more likely to cause significant losses to the enterprise.

Based on this, how to maintain and provide a stable and normal server operating condition is an urgent problem for those skilled in the art.

In view of the above problems, the present invention provides a warning device for cloud monitoring, comprising: a monitoring module for monitoring a server to obtain a current status information; a database module for storing a plurality of server abnormalities; and a processing module Receiving the current status signal and determining whether the current status signal is abnormal. When it is determined that the current status signal is abnormal, a warning signal is generated, and the corresponding alarm signal is read from the database module or corresponds to the current status signal. One of the server abnormality information; and a transmission module transmitting the warning signal and the corresponding server abnormality information to a cloud server unit, so that a mobile device obtains the warning signal from the cloud server unit and corresponds to the The server abnormality information, wherein when the abnormal state of the server is released, the mobile device transmits a feedback message to the cloud server unit, and the transmission module obtains the feedback message from the cloud server unit and stores the message in the database module. Group, when the server is abnormal again, the processing module reads the servo from the database module Abnormal information and the feedback message.

In the prior art, a customer complaint is often generated after the service of the server is interrupted, and the technician knows that the server has an abnormality after receiving the notification of the customer complaint, and then rushes to the disposal. In this creation, the cloud-monitoring warning device 1 can set up a due diligence equipment maintenance engineer at the point where the device is located, and then can serve as a dedicated equipment maintenance engineer, and monitor the environment and equipment for four hours without stopping. When the preset value is reached, it will immediately report and notify each person who wants to receive the message, from passive disposal to the pre-emptive prevention of multi-person synchronous monitoring, thereby improving work efficiency, effectively reducing maintenance costs and improving customer satisfaction.

The detailed features and advantages of the present invention are described in detail below in the embodiments, which are sufficient to enable any skilled artisan to understand the technical contents of the present invention and implement it according to the contents, the scope of the patent application and the drawings. Anyone familiar with the relevant art can easily understand the purpose and advantages of this creation.

As shown in FIG. 1 and FIG. 2, the cloud monitoring device 1 of the present invention can be used to monitor a server 8, wherein the server 8 can have a variety of intelligent platform management interfaces (IPMI, Intelligent Platform Management Interface) or simple network management protocol interface (SNMP, Simple Network Management Protocol) and other communication interfaces such as computer host, monitoring host, storage device, network device, uninterruptible device, and computer instrument, etc. The data produces current status information, but this creation is not limited to this.

Please refer to Figure 1 and Figure 2, which are the block diagrams (1) and (2) of the warning device for cloud monitoring of this creation. The warning device 1 of the cloud monitoring of this creation can mainly be monitored by the monitoring module 2 and the database module. The group 3, the processing module 4 and the transmission module 5 are composed.

The monitoring module 2 is a hardware monitor for monitoring the server 8 to obtain current status information. The different hardware monitors can monitor different current status information of the server 8, for example, the temperature monitor can be used to monitor the servo. The operating temperature of the device 8, the humidity monitor can be used to monitor the humidity change of the environment in which the server 8 is located, and the power monitor can be used to monitor the power supply (or battery) state of the server 8, but the foregoing description is merely an example, For example, it can detect the temperature and humidity of other electronic devices 94, flooding water detection, power failure detection, network traffic, or connect IP CAM for image detection, or perform air conditioning control, fan control, power switch Control, etc.

The database module 3 stores complex server abnormality information, such as the operating temperature of the server 8 is too high, the hard disk is damaged, the network traffic is abnormal, and the like. Here, the database module 3 can be an ATA (IDE), SATA, SCSI, and SAS hard disk, or a solid state hard disk (SSD) or a hybrid hard disk (SSHD). This creation is not limited thereto.

The processing module 4 can be a central processing unit (CPU) or a microprocessor (μP) for signal processing, or other types of processors. The processing module 4 receives the current status signal obtained by the monitoring module 2, and determines whether the current status signal is abnormal, for example, determining whether the operating temperature of the server 8 is too high. When the processing module 4 determines that the current status signal is abnormal, an alarm signal is generated, and the server alarm information is output from the database module 3 corresponding to the warning signal or the current status signal. Here, an implementation mode is that the current state signal is 0 is a normal state, and the current state signal is 1 is judged to be abnormal; in another embodiment, the database module 3 can store alarm value information, and the processing module 4 ratio The current status information and the alarm value information are used to determine whether the current status signal is abnormal. For example, the current status signal is that the operating temperature of the server 8 is 40 degrees, and the processing module 4 expects the temperature of the alarm value to exceed 30 degrees, that is, belongs to If the temperature is too high and the state is abnormal, a warning signal of temperature abnormality is generated, and the server abnormality information corresponding to the temperature abnormality is read from the database module 3, and the server abnormality information is the temperature abnormality notification.

The transmission module 5 is a unit module that can transmit signals according to a predetermined agreement, such as a Wi-Fi module, a Bluetooth module, an RF433 module, and a Zigbee module, and transmits the warning signal and corresponding server abnormality information to the cloud server unit. 90, the mobile device 91 obtains the transmission warning signal and the corresponding server abnormality information from the cloud server unit 90, that is, the remote user immediately receives the warning signal and the server abnormality information via the mobile device 91, for example, the foregoing The abnormality notification, and it is a temperature abnormality notification, the user knows that the server 8 in the equipment room is abnormal, and can immediately return to the equipment room maintenance server 8 or replace or update the abnormal component, or perform corresponding processing measures. Here, the mobile device 91 can be a smart phone, a tablet computer, a personal digital assistant, etc., but the present invention is not limited thereto.

When the abnormal state of the server 8 is released, the mobile device 91 transmits a feedback message to the cloud server unit 90, that is, the user performs corresponding processing measures, such as cleaning the dust behind the chassis of the server 8, and the solution can be solved. It is recorded and transmitted to the cloud server unit 90 as a feedback message. The transmission module 5 obtains the feedback message from the cloud server unit 90 and stores it in the database module 3. When the server 8 is abnormal again, the processing module 4 reads the server abnormality information and the feedback message from the database module 3. . That is, when the user receives the warning signal and the server abnormality information again through the mobile device 91, for example, the foregoing temperature abnormality notification, and the solution that the previous abnormality is prompted is the dust cleaning behind the chassis of the cleaning server 8, In order to return the user to the machine room for corresponding treatment measures. Therefore, for different maintenance personnel, the history and solution of maintenance processing can be used as a reference for maintenance, which is quite convenient. Further, the solution after each abnormality is recorded and statistically analyzed, which can be used as a reference for subsequent server product improvement.

In addition, when the transmission module 5 transmits the current status information to the cloud server unit 90, the cloud server unit 90 records each current status information and generates a status report, which means that a history of occurrence of an abnormality is generated, and the solution can be further recorded to As a reference for maintenance processing.

In one embodiment, the database module 3 stores location information. When the server 8 is abnormal, the transmission module 5 transmits the location information while transmitting the warning signal. Here, the location information may further include a map map and a coordinate position, thereby providing a user with instant access to the location of the server 8 where the abnormality occurs, so that it can go to the machine room maintenance server 8 or replace or update its abnormal components, or It is the corresponding treatment.

In one implementation, the transmission module 5 receives a control command and transmits it to the smart platform management interface or the simple network management protocol interface of the server 8, so that the server 8 can be activated according to the control command, for example, the user via the mobile device. 91 or other electronic device (such as a computer, a notebook computer, etc.) generates a control command for restarting. After receiving the transmission module 5, the processing module 4 generates a restart signal according to the control command, and transmits the restart signal to the server 8 via the transmission module 5. The server 8 can be restarted according to the control command, but this is only an example, and can be applied to turn on or off the cooling fan or other device. In addition, the cloud server unit 90 stores an update program, and the transmission module 5 receives the update program and transmits it to the smart platform management interface or the simple network management protocol interface of the server 8, and the server 8 updates according to the update program.

In one embodiment, the transmission module 5 is electrically connected to the access electronic lock 6, where it can be connected to the electronic lock 6 in a wired or wireless manner. The user generates an unlocking command via the mobile device 91. After the transmission module 5 receives the unlocking command, the processing module 4 generates an unlocking signal according to the unlocking command, and transmits the unlocking signal to the access control electronic lock 6 via the transmission module 5 to release the locking. As shown in FIG. 3A, the notification diagram is created on the mobile device. Similarly, the transmission module 5 transmits the unlocked state to the mobile device 91 to notify the user that the access electronic lock 6 is turned on, and can further prompt. Which is opened by which.

In one embodiment, the transmission module 5 is electrically connected to the electronic device 94, where it can be connected to the electronic device 94 in a wired or wireless manner. The user transmits a control command via the mobile device 91. After the transmission module 5 receives the control command, the processing module 4 generates a driving signal according to the control command, and transmits the driving signal to the electronic device 94 via the transmission module 5, so that the electronic device operates according to the driving signal, for example, The electronic device 94 can be a fan device or an air conditioning device that turns on or off according to the driving signal or further adjusts the temperature of the air conditioner.

Therefore, as shown in FIG. 3B, FIG. 3C, and FIG. 3D, the user can use the mobile device 91 to connect the transmission module 5 of the cloud monitoring device 1 through the network interface at the near end to perform the control switch. The switch control or actuation control of the chassis door or other electronic device 94 includes power supply, hard disk reorganization, reboot, etc., but this creation is not limited thereto. Moreover, the mobile device 91 can install an APP program, send a control signal to the cloud server unit 90, and transmit it to the transmission module 5 of the cloud monitoring device 1 by the cloud server unit 90, thereby performing control of the switch chassis door or other electronic device 94. Switching control or actuation control, or transmitting image signals to the cloud server unit 90, the mobile device 91 can be connected to the cloud server unit 90 in the foregoing manner, or directly connected to the transmission module 5, and the plurality of mobile devices 91 can perform video discussion and further serve as a device. Maintenance command or equipment maintenance teaching.

In an implementation manner, the cloud monitoring device 1 further includes an alert module 7 that issues an alert according to the alert signal generated by the processing module 4, where the alert module 7 can be a light emitting unit or a buzzer unit. The unit can emit a flash or a different color of light according to the warning signal, and the buzzer unit can sound according to the warning signal.

In the prior art, a customer complaint is often generated after the service of the server is interrupted, and the technician knows that the server has an abnormality after receiving the notification of the customer complaint, and then rushes to the disposal. In this creation, the cloud-monitoring warning device, after setting the pre-alarm value information (ie, the monitoring value) at the point where the device is located, can serve as a dedicated equipment maintenance engineer, monitoring the environment and equipment without stopping for four hours. When the preset value is reached, it will immediately report and notify each person who wants to receive the message, from passive disposal to the pre-emptive prevention of multi-person synchronous monitoring, thereby improving work efficiency, effectively reducing maintenance costs and improving customer satisfaction.

Through the above detailed description, it can fully demonstrate that the purpose and effect of this creation are both progressive and highly industrial, and it is an unprecedented creation on the market, which is in full compliance with the patent requirements. Apply in accordance with the law.

The above description is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Any changes and modifications made in accordance with the scope of this patent shall fall within the scope of this creation patent.

1‧‧‧Cloud monitoring equipment
2‧‧‧Monitoring module
3‧‧‧Database module
4‧‧‧Processing module
5‧‧‧Transmission module
6‧‧‧Access Control Electronic Lock
7‧‧‧Warning module
8‧‧‧Server
90‧‧‧Cloud Servo Unit
91‧‧‧Mobile devices
94‧‧‧Electronic equipment

Figure 1 is a block diagram of the warning device for cloud monitoring of this creation (1); Figure 2 is a block diagram of the warning device for cloud monitoring of this creation (2); Figure 3A is the creation of the mobile device on the mobile device. Schematic diagram of notification (1); Figure 3B is a schematic diagram of the notification created on the mobile device (2); Figure 3C is a schematic diagram of the notification created on the mobile device (3); 3D, the original creation Schematic diagram of the notification on the mobile device (4).

1‧‧‧Cloud monitoring equipment

2‧‧‧Monitoring module

3‧‧‧Database module

4‧‧‧Processing module

5‧‧‧Transmission module

7‧‧‧Warning module

Claims (10)

A cloud monitoring warning device includes: a monitoring module for monitoring a server to obtain a current status information; a database module for storing a plurality of server abnormalities; and a processing module for receiving the current status signal and determining Whether the current status signal is abnormal, and when the current status signal is abnormal, a warning signal is generated, and the server abnormality information corresponding to the current status signal is read from the database module; And a transmission module, transmitting the warning signal and the corresponding server abnormality information to a cloud server unit, so that a mobile device obtains the warning signal and the corresponding server abnormality information from the cloud server unit, wherein When the abnormal state of the server is released, the mobile device transmits a feedback message to the cloud server unit, and the transmission module obtains the feedback message from the cloud server unit and stores the message in the database module, when the server occurs again. Abnormally, the processing module reads the server abnormality information and the feedback message from the database module. The cloud monitoring device according to claim 1, wherein the database module stores a location information, and the transmission module simultaneously transmits the location information when transmitting the warning signal. The cloud monitoring device according to claim 1, wherein the database module stores an alarm value information, and the processing module compares the current status information with the alarm value information to determine whether the current status signal is Is abnormal. The cloud monitoring device according to claim 1, wherein the transmission module transmits the current status information to the cloud server unit, and the cloud server records the current status information and generates a status report. For example, in the cloud monitoring warning device of claim 1, wherein the server includes a smart platform management interface or a simple network management protocol interface, the smart platform management interface or the simple network management protocol interface is based on an attribute data. The current status information is generated. The cloud monitoring warning device of claim 5, wherein the transmission module receives a control command and transmits the control platform to the smart platform management interface or the simple network management protocol interface of the server, the server is based on The control command is actuated. The cloud monitoring device according to claim 5, wherein the cloud server unit stores an update program, and the transmission module receives the update program and transmits the update program to the smart platform management interface or the simple network of the server. The path management agreement interface, the server is updated according to the update program. The cloud monitoring device according to claim 1, wherein the transmission module is electrically connected to an access control electronic lock, and the mobile device transmits an unlocking command, and the processing module receives the unlocking command, and the processing module The group generates an unlock signal according to the unlocking command, and transmits the unlocking electronic lock to the access control module to release the lock. The cloud monitoring device according to claim 1, wherein the transmission module is electrically connected to an electronic device, and the mobile device transmits a control command, and the processing module receives the control command, and the processing module A driving signal is generated according to the control command, and is transmitted to the electronic device via the transmission module, so that the electronic device operates according to the driving signal. The warning device for cloud monitoring according to any one of claims 1 to 9 further includes a warning module, and issuing a warning according to the warning signal.