KR102082309B1 - Computer management power system - Google Patents

Abstract

A management power system of a computer that enables a computer to be stably operated by management power and a main board cooperatively managing a computer. The main board is obtained by obtaining operating information including real-time power usage. And the management power to supply or cut off the power of the computer based on the power usage information of the computer components transmitted from the main board, and analyze the operation information transmitted from the management power to analyze the state inside the power, and the analysis result. The power management system of the computer is implemented, including the main board of the computer which generates power maintenance information based on the control and transmits the information to the management power to control power consumption reduction. Through interworking The computer is to operate reliably.

Description

Computer management power system

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a management power system of a computer, and more particularly, to a management power system of a computer that enables a stable operation of a computer by managing a computer by managing power and a main board.

Most electrical products such as computers, monitors, televisions, and the like, such as desktop computers and portable computers, are indispensable. A power supply is mainly used as an SMPS.

SMPS is a modular power supply unit that converts AC electricity supplied from commercial power sources to various devices such as computers, communication devices, and home appliances. Intermittent control at high frequency using high speed power semiconductor, and stable DC voltage through rectification and smoothing circuit. DC power supplies are largely divided into linear type and switch mode type. In recent years, DC power supplies have become the main power supply devices for switch mode type personal computers (PCs) and home appliances.

These power supplies can respond to surge voltages, overvoltages and overcurrents, but they are unable to analyze their power output status, monitor their internal power status, or engage in computer operation with the main board.

Therefore, research is being conducted to help the computer operation by performing various functions as well as overcoming the simplicity of providing only a power source as described above. The prior art disclosed in Document 1>.

The prior art disclosed in <Patent Document 1> is a PWM controller for generating a pulse width modulated signal for converting a commercial AC power input to a DC power based on a sensing result of sensing an internal state, and a pulse width modulation generated from a PWM controller. A power switching unit for switching the AC power input in accordance with the signal, generates a power control signal according to the detection result of sensing the internal state of the power supply, converts the pulse width modulation signal into digital data, and converts the converted digital data It includes a power manager that calculates the amount of power based on the power, and detects the calculated amount of power and the internal state, and controls the power output according to the event setting value set through the external interface.

Through this configuration, the power supply of the computer analyzes the power output status, detects the power internal state, and performs the management function to control the power inside according to the set information.

Republic of Korea Patent Registration 10-1443316 (2014.09.29. Notification) (power supply with a built-in management function)

However, the above-described conventional technology is capable of managing power based on the internal information of the power, but it is impossible to engage in stable operation of the computer by interworking with the main board, and optimally consumes power through the power and the main board and various environments. There are also disadvantages that cannot be reduced.

Therefore, the present invention has been proposed to solve various problems occurring in the prior art as described above. The management power and the main board interoperate with each other to manage the computer so that the computer can be stably operated. Its purpose is to provide a management power system for the computer.

Another object of the present invention is to provide a management power system of a computer to analyze various information transmitted from the management power in the main board to analyze the problems inside the power, and to generate and provide the information to maintain the power based on this. To provide.

In order to achieve the above object, the management power system of the computer according to the present invention, obtains the operation information including the real-time power usage to the main board, the power usage information of the computer components transmitted from the main board Management power to supply or cut off power to the computer based on the control power; Analyzing the operation information transmitted from the management power to analyze the state inside the power, based on the analysis results control the power consumption reduction, and includes a main board of the computer for providing power maintenance information to the management power It features.

The management power is connected to the USB port of the main board or the power switch of the main board, the operation information is power model information, rated capacity information, real-time power usage, real-time power internal temperature, cooling fan revolutions (RPM), alarm It may include at least one of information, time information, power on / off information, display information, and protection information.

The management power may include management power processing means for supplying or cutting off standby power or main power of a computer based on power usage information of computer components transmitted from the main board.

The management power processing means sets power risk information setting, temperature alarm information setting, alarm information setting, protection information including a password / unique number, timer information based on maintenance information provided from the main board, and the timer. The information is characterized by including a power on / off time, wake up / wake down time, and shutdown time.

The management power processing means analyzes a power state of a standby state, a run state, a power saving state, and a maximum power saving state of a computer, and cuts off standby power based on the analysis result to reduce standby power. .

The management power is a protection unit for performing a security operation under the control of the management power processing means; A standby power blocking unit to block standby power according to the control of the management power processing unit; It characterized in that it comprises a main power cut-off unit for cutting off the main power under the control of the management power processing means.

The main board includes power consumption control means for analyzing the operation information transmitted from the management power to analyze the state inside the power, and to generate the information to maintain the power based on the analysis result and transmit to the management power; It is characterized by.

The power consumption control means compares the real-time power information among the operation information transmitted from the management power with the maximum power consumption and the minimum power consumption according to the configuration of the computer, and determines a warning or dangerous state of the computer, Alternatively, when it is determined that the computer is capable of power saving, the power consumption may be reduced by controlling the processing speed of the computer or automatically terminating the execution program.

The main board may include a protection generation unit generating protection information for protecting a hardware component, software, an OS, and a user password of a computer in association with the power consumption control unit; A management power operation setting unit for setting a control operation of management power in association with the power consumption control means; A computer power consumption database generator configured to build a power database consumed by the computer by analyzing components of the computer in association with the power consumption control means; It includes the maintenance information generating unit for interlocking with the power consumption control means, by analyzing the information transmitted from the management power to analyze the problem inside the power, and generates maintenance information for maintaining the power based on the analysis result Characterized in that.

The main board may include an execution program forcibly terminating unit for forcibly terminating a program that is being executed when the power state of the computer is in danger level according to the control of the power consumption control means to reduce the power consumption of the computer.

The main board may include a computer speed controller for lowering power consumption of the computer by lowering the speed of the computer when the power state of the computer is at a dangerous level under the control of the power consumption control means.

The main board may include a power information analyzer configured to analyze power information based on real-time power information and maximum / minimum power consumption according to computer component configuration.

The main board may include a server linkage unit which transmits information obtained from management power to a connected server in association with the power consumption control means.

In addition, another embodiment of the management power system of the computer according to the present invention,

Management power for acquiring and providing operation information including real time power usage to a main board and supplying or cutting off power to the computer based on power usage information of the computer component transmitted from the main board;

A main board of a computer that analyzes operation information transmitted from the management power to analyze a state inside the power, controls a reduction in power consumption based on the analysis result, and provides power maintenance information to the management power; And

Integrated management of the power consumption of the computer acquired through the server interlocking unit in the main board, tracking the power consumption of the individual computer to generate maintenance information to check or check the virus if the power usage is excessively increased It characterized in that it comprises a server for transmitting to.

In addition, the management power system of the computer according to the present invention,

Management power for acquiring and providing operation information including real time power usage to a main board and supplying or cutting off power to the computer based on power usage information of the computer component transmitted from the main board;

A main board of a computer that analyzes operation information transmitted from the management power to analyze a state inside the power, controls a reduction in power consumption based on the analysis result, and provides power maintenance information to the management power; And

It is characterized in that it comprises an external output device in conjunction with the main board to indicate the danger level when the power state of the computer is dangerous level to induce the user to reduce the power consumption.

The external output device uses a keyboard, and the keyboard displays a power state risk of the computer by using at least one of a level meter, letters using keyboard buttons, and LED colors.

According to the present invention, a management power and a main board interoperate with each other to manage a computer, thereby stably operating the computer.

In addition, according to the present invention by analyzing a variety of information transmitted from the management power in the main board to analyze the problem inside the power, by generating and providing information to maintain the power based on this, the state of the management power is always It can be maintained at the best level, which has the advantage of extending the life of the management power.

In addition, according to the present invention, there is an advantage that the power consumption of the computer can be reduced by analyzing the power state of the computer and cutting off the standby power or reducing the standby power of the computer based on the analysis result.

1 is a schematic configuration diagram of a management power system of a computer according to the present invention;
2 is a block diagram of an embodiment of the management power of FIG.
3 is a block diagram of an embodiment of a main board of FIG. 1;
4 is a block diagram of an embodiment of an external output device of FIG. 1.

Hereinafter, a management power system of a computer according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic configuration diagram of a management power system of a computer according to a preferred embodiment of the present invention.

The management power system of the computer according to the present invention is provided with a management power 100 for power supply and a main body 200 to control the overall operation of the computer, a monitor 300 as a display device, and an external output device 400. Computer 10, including; and a server 20 for managing the power consumption of the computer 10 in conjunction with the computer (10). In this case, it is preferable that the server 20 manages power consumption of a single or a plurality of computers.

The management power 100 obtains operation information including real-time power usage and provides it to the main board 200, and supplies power to the computer 10 based on power usage of components transmitted from the main board 200. It serves to supply or cut off. The management power 100 is a power supply device for supplying power to the computer 10.

The management power 100 is preferably connected to the USB port or power switch of the main board 200 through the external input and output unit 106.

As shown in FIG. 2, the management power 100 is a management power processor 118 that supplies or cuts off the power of the computer 10 based on power usage information of computer components transmitted from the main board 200. ).

The management power processing means 118 sets the power risk information setting, the temperature alarm information setting, the alarm information setting, the protection information, the timer information based on the maintenance information provided from the main board 200, and based on the maintenance information. Execute the action. The timer information may include a power on / off time, wake up / wake down time, and shutdown time.

In addition, the management power processing unit 118 analyzes the standby state, the run state, the power saving state, the hibernation state, and the power state of the computer 10, and cuts off standby power based on the analysis result to standby power. It is desirable to reduce the cost.

In addition, the management power 100 is linked to the management power processing means 118, the protection unit 109 for performing a security operation under the control of the management power processing means 118, the management power processing means 118 Standby power cutoff unit 110 to cut off standby power according to the control of the control unit, main power cutoff unit 111 to cut off the main power under the control of the management power processing means 118, power switch for power on / off ( 112, a power supply unit 119 for supplying standby power and main power.

In addition, the management power 100 is a main power consumption power measurement unit 102 for measuring the main power consumption power, standby power consumption power measurement unit 103 for measuring the standby power consumption power, temperature measurement for measuring the temperature inside the power The unit 104 further includes an RPM measuring unit 105 that measures the RPM of the cooling fan.

The management power 100 may include a timer 113 for setting a timer for power on / off, wake up / down, and shutdown, a time manager 114 for setting time management, and a wakeup unit for wakeup. 116, and an information storage unit 117 for storing the acquired information and setting information transmitted from the main board 200.

On the other hand, the main board 200 analyzes the operation information transmitted from the management power 100 to analyze the state inside the power, control the power consumption reduction based on the analysis result, and generates power maintenance information to the It serves to provide to the management power (100).

As shown in FIG. 3, the main board 200 analyzes operation information transmitted from the management power 100 to analyze a state inside power, and controls power consumption reduction based on an analysis result. Power consumption control means 207 for generating maintenance information and providing it to the management power (100).

The power consumption control means 207 determines the warning or dangerous state of the computer by comparing the real-time power information of the operation information transmitted from the management power 100 with the maximum power consumption and the minimum power consumption according to the component configuration of the computer. If it is determined that the dangerous state, the power consumption is reduced by controlling the processing speed of the computer.

The power consumption control means 207 may be embedded in the main board of the computer or may be Bios or firmware, and may be an OS or a program driven on the main board.

The power consumption control means 207 determines a warning state or a dangerous state of the computer, displays a warning state to the user when it is determined as a dangerous state, and automatically terminates the execution program to reduce power consumption.

In addition, the main board 200 in conjunction with the power consumption control means 207 protection generation unit 203 for generating protection information for protecting the hardware components, software, OS, user password of the computer, the power consumption The management power operation setting unit 204 which sets the control operation of the management power in cooperation with the control means 207, and analyzes the components of the computer in conjunction with the power consumption control means 207 to analyze the power database consumed by the computer. Integrate with the computer power consumption database generator 205 and the management control means 207 to analyze the information transmitted from the management power 206 to analyze the problem inside the power, and based on the analysis result. The maintenance information generation unit 206 for generating maintenance information for maintaining the low power.

In addition, the main board 200 forcibly terminates the execution program forcibly lowering the power consumption of the computer by forcibly terminating a program running when the power state of the computer is at a dangerous level under the control of the power consumption control means 207. 208, a computer speed control unit 213 for lowering the power consumption of the computer by lowering the speed of the computer when the power state of the computer is at risk level under the control of the power consumption control means 207.

In addition, the main board 200 is a power level analysis unit 211 for analyzing the power information based on the real-time power information and the maximum / minimum power consumption information according to the component composition of the computer, analysis at a risk level through computer power analysis Alarm linkage management unit 209 for generating alarm information, the server interlocking unit 210 for managing the power consumption control means 207 and the information obtained from the management power 100 to the connected server 20, management An information storage unit 212 stores operation information, analysis information, and the like obtained from the power 100.

In addition, the server 20 integrally manages the power consumption of the computer acquired through the server linkage unit 210, and tracks the power consumption of the individual computer to perform a virus check or check if the power usage is excessively increased. It creates and manages maintenance information and transmits it to the computer.

In addition, the external output device 400 cooperates with the main board 200 to display a dangerous level when the power state of the computer is at a dangerous level, thereby inducing a user to reduce power consumption.

The external output device 400 may use a HID keyboard and an external output device. When the keyboard is used, it is possible to indicate a power state risk of the computer by using at least one of a level meter, letters using keyboard buttons, and LED colors. desirable.

The operation of the management power system of the computer according to the present invention configured as described above will be described in detail.

First, the management power 100 of the computer 10 and the main board 200 are hardware-connected through a USB or a power switch.

When the management power 100 and the main board 200 are connected as described above, the server 20, power consumption control means 207, main board USB (management power USB input / output unit 202), and management power 100 The same information interworking relationship as the external input / output device 101 is formed.

The management power 100 requests protection information from the main board 200 when the main board 200 is connected to the main board 200 through a USB method. The protection information may be information such as hardware part information of a computer, SW information, OS information, a user password, a unique number, a system information, or a combination thereof. The power consumption control means 207 of the main board 200 acquires the above protection information in cooperation with the protection generation unit 203, and transmits the protection information to the management power 100.

The management power processing unit 118 of the management power 100 does not receive the protection information within a predetermined time after requesting the protection information, or the protection information received as a result of the confirmation of the protection unit 109 may be different from the registered protection information. In this case, a forced shutdown warning event is transmitted to the main board 200 through the alarm generator 115.

After that, if the user's normal authentication information that cancels the forced shutdown warning event is not received by the motherboard within a certain time, an event is generated to force the computer to be turned off through a USB or power switch connected to the inside of the computer. In addition, the computer shuts down due to a limitation of the use time of the computer to a user who does not have registered protection information.

When a user who does not have the protection information registered by such a security function illegally uses a computer, a computer usage time may be restricted, thereby preventing data leakage.

Meanwhile, if the user is normally authenticated, the current main power consumption is measured through the main power consumption power measuring unit 102, and the current standby power consumption power is measured through the standby power consumption power measuring unit 103. In addition, the temperature measuring unit 104 measures the temperature inside the power, and the RPM measuring unit 105 measures the rotation speed (RPM) of the cooling fan in the management power 100. The measurement information inside the management power 100 measured by the respective measuring means is transferred to the management power processing means 118 through the input / output unit 108.

The management power processing means 118 stores the measurement information obtained through each measuring means in the information storage unit 117, power model information, rated capacity information, real-time power usage, stored in the information storage unit 117, The real-time power internal temperature, cooling fan rotation speed (RPM), power on / off information, etc. are combined and transmitted to the main board 200 through the external input / output unit 106 (USB) as power operation information.

The power consumption control means 207 of the main board 200 receives it, stores it in the information storage unit 212, and performs various control for computer power consumption and operation in association with each component for performing an associated management function. Generate information. The control information generated as described above is transmitted to the management power 100 to manage the computer through the organic relationship between the management power 100 and the main board 200 so as to stably operate the computer.

For example, the computer power consumption database generation unit 205 generates power consumption database by generating power information consumed by components (main board, CPU, RAM, graphics card, HDD, SSD, etc.) constituting the computer 10. Then, it is stored in the information storage unit 212.

In addition, the power information analysis unit 211 calculates the power by summing up the stable usage and the maximum usage of the consumed power, and stores the calculated power in the information storage unit 212 and simultaneously stores the power information in the management power 100. By transmitting it, the management power 100 uses it to perform an operation setting or a power control operation.

The management power processing means 118 of the management power 100 analyzes the power supply state of the computer based on the power information. The power states analyzed here are standby, run, sleep, and hibernate. The power state is analyzed and the standby power is cut off based on the power state, and the standby power of the computer is reduced.

Here, the operation setting analyzes various data transmitted from the management power operation setting unit 204 of the power consumption control means 207 to generate operation setting information. In other words, the temperature, power, cooling fan RPM, time, etc. of the transmitted data is used to manage the warning and danger levels. In the management of warning and danger levels, each piece of information as a reference is stored in the information storage unit 212, and the corresponding stored information and the transmitted data are compared with each other to determine the warning and danger level. . When the risk level information is generated as a result of the determination, various operations for reducing power consumption are performed. Here, the risk level is power consumption, internal temperature, RPM of the cooling fan, and the like, and it is preferable to deal with information related to the direct safety inside the management power 100.

When the risk level information is generated, the management power operation setting unit 204 generates setting information such as a timer and operation on / off. The setting information thus generated is transmitted to the management power 100 through the management control means 207.

The management power processing unit 118 of the management power 100 stores the operation setting information according to the danger level transmitted from the main board 200 in the information storage unit 117, and controls the associated configuration to operate according to the setting. Run

The operation execution may include an operation according to various risk level settings, an operation according to various alarm level settings, an operation according to a timer setting, an operation according to a wake-up setting, and information output of an externally connected device.

In other words, when there is a risk level based on the operation setting information, the management power 100 sets a timer through the timer unit 113, sets an operation on / off, and then alarms to secure internal safety. An alarm is generated for the danger level through the generator 115 to be displayed through the external input / output device 101 to allow the user to recognize the danger situation. In addition, the alarm information generated from the management power 100 is transmitted to the main board 200.

The alarm information may include a power danger warning, a temperature danger warning, a power control warning, an RPM warning, and the like.

The timer setting here is used to automatically power on when the computer is turned off, to turn off the computer when the computer is turned on, to wake the computer from the computer when it is turned on, Is when you want to turn your computer off or on from a sleep state.

In addition, the management power processing means 118, if the operation on / off is set, the computer generates an event to turn off the computer through the USB, power switch connected to the inside of the computer, in order to ensure the stability of the computer Make it off. Subsequently, when the computer does not go into the off state and continuously maintains an overheating state, an event is generated through the power switch unit 112 and at the same time, the standby power is cut off through the standby power cutoff unit 110 to forcibly turn off the power. This ensures the safety of your computer. In addition, if the standby power cutoff function is enabled in the state in which the operation on / off is set, the management power 100 is supplied to the main board 200 through the standby power cutoff unit 110 when the computer is turned off. Power is completely cut off to minimize power consumption.

Meanwhile, when the alarm information is received from the management power 100, the main board 200 expresses the alarm board through the external output device 400 so that the user can recognize the alarm information. Here, the external output device 400 may use a HID keyboard or a separate external output device. When using a keyboard, as shown in FIG. 4, it is preferable to indicate a power state risk of the computer using at least one of a level meter 401, a letter 402 using a keyboard button, and an LED color 403. Do.

In addition, the monitor 300 preferably displays the power consumption state, temperature, RPM, timer information, protection information, state risk, etc. of the computer in the form of letters, numbers, figures, and the like.

While the main board 200 performs the above-described danger warning, if the safety is not secured even in the continuous danger warning, the main board 200 generates a power off event in the management power 100 to protect the computer. The management power processing unit 118 of the management power 100 receiving the power cutoff event may cut off the main power of the computer through the main power cutoff unit 111 or cut off the power supply through the power supply unit 119. .

In addition, the power consumption control means 207 of the main board 200, when the risk level information is confirmed among the generated information, slows down the computer, terminates the running program, or switches to the standby state to consume power. To make it fall.

For example, the computer speed control unit 213 decreases the speed of the computer by adjusting the clock of the CPU under the control of the power consumption control means 207. When the computer slows down, the computer's power consumption is also reduced. In addition, the execution program forced termination unit 208 forcibly terminates the program currently being executed under the control of the power consumption control means 207. When a running program ends, the computer's power consumption is reduced. Alternatively, the management control means 207 switches the operation mode of the computer to the standby state to reduce power consumption.

As another method, the power consumption control means 207 displays the dangerous level information directly to the user through the external output device 400 or the external input / output device 100 to induce the user to terminate the running program.

In addition, the power information analysis unit 211 extracts the power normally used from the information storage unit 212 as the amount of power previously used, and compares with the amount of power currently used, the amount of power currently used is the amount of power normally used. When it is determined that the power consumption is relatively higher than the previous power consumption, the external output device 400 or the server interlocking unit 210 is notified to the user, and provides computer maintenance information related to the check on viruses, worms, and the like. In this way, a power analysis can be used to check for viruses or worms.

On the other hand, the power consumption control means 207 may display the power information collected from the management power 100 to various external devices (for example, the external output device 400). When the external output device is a keyboard and a model having a backlight LED, the real-time usage of power is displayed by the backlight LED of the keyboard as numbers 402, various meter shapes 401, colors 403, and the like.

In addition, the management power processing unit 118 displays the collected power information through an external input / output device 101 such as an LED, an LCD, a buzzer, and the like.

Meanwhile, as another feature of the present invention, the cooling fan RPM and the internal temperature information are grasped from the information collected by the maintenance information generator 206 of the main board 200 to analyze the state of the internal cooling fan of the management power 100. To inform the user.

As another feature of the present invention, it is possible to predict big data construction and maintenance through interworking with the server 20 for computer management.

For example, the power consumption control means 207 of the main board 200 interlocks with the server 20 through the server interlocking unit 210 to transmit operation information transmitted from the management power 100 to the server 20. The controller 20 receives control information or setting information transmitted from the server 20 and transmits the control information to the management power 100. The transmission and reception information between the main board 200 and the server 20 is as follows. The computer specification may include power database management information, execution task management information, computer power consumption management information, power status monitoring information, motherboard control information, alarm level setting information, timer setting information, and system management information. The server 20 accumulates power consumption of all connected computers and accumulates power consumption of the computers. In addition, by tracking the power consumption of the computer that transmits the information, if there is a computer that excessively increases the power usage, it can provide maintenance information to run a virus scan or worm scan, or to check the computer.

As described above, the present invention determines warning and dangerous conditions based on the real-time power information and the maximum power consumption according to the configuration of computer components, and controls the processing speed of the computer at the dangerous level to reduce power consumption or display a warning state to the user. To reduce the power consumption. In addition, it analyzes the information transmitted from the management power to analyze the problems inside the power (for example, the life of the parts, internal dust, etc.), and based on this to generate and provide information to maintain the power to the user Users can quickly follow up to extend the life of the power and ensure the stability of the computer's operation.

Although the invention made by the present inventors has been described in detail according to the above embodiments, the present invention is not limited to the above embodiments, and various modifications can be made without departing from the spirit and scope of the present invention. Self-evident to those who have

The present invention is applied to a technology for stably operating a computer by managing the computer through the interworking between the power supply and the main board in the computer.

10: computer 20: server
100: management power 101: external input and output device
102: main power consumption power measurement unit 103: standby power consumption power measurement unit
104: temperature measuring unit 105: RPM measuring unit
106: external input / output unit 109: protection unit
110: standby power cut off 111: main power cut off
112: power switch section 113: timer section
114: time management unit 115: alarm generating unit
116: wake-up unit 117: information storage unit
118: management power processing means 119: power supply unit
200: main board 203: protection generating unit
204: management power operation setting unit
205: computer power consumption database generation unit
206: maintenance information generating unit 207: management control means
208: execution program forced termination 209: alarm risk management unit
210: server interworking unit 211: power information analysis unit
212: information storage unit 213: computer speed control unit
300: monitor 400: external input / output device

Claims (17)

It is a system for stably operating a computer by interlocking the power of the computer and the main board.
Management power for acquiring and providing operation information including real time power usage to a main board and supplying or cutting off power to the computer based on power usage information of the computer component transmitted from the main board;
A main board of a computer that analyzes operation information transmitted from the management power to analyze a state inside the power, controls power consumption reduction based on the analysis result, and provides power maintenance information to the management power;
The management power is provided with a management power processing means for supplying or cutting off the power of the computer,
If the protection information is not received within a predetermined time after requesting the protection information from the main board, or if the received protection information is different from the registered protection information, the management power processing means forces an exit warning event to the main board through an alarm generator. If a user's normal authentication information that cancels the forced shutdown warning event is not received by the motherboard within a certain period of time, the computer shuts down by generating an event to force the computer to be turned off through a power switch connected to the inside of the computer. The computer shuts down the computer by limiting the usage time of the computer to users who do not have the registered protection information.
The main board may include: power consumption control means for analyzing operation information transmitted from the management power to analyze a state inside the power, and generating information for maintaining power based on the analysis result and transmitting the generated power to the management power; Extract the power used in the usual from the information storage unit, and compare with the current amount of power, if it is determined that the current amount of power is relatively higher than the amount of power used in the usual, through the external output device or the server interlocking unit The management power system of a computer, comprising a power information analysis unit for notifying a user and providing computer maintenance information related to the inspection of viruses and worms.
The management power system of claim 1, wherein the management power is connected to a USB port of the main board or a power switch of the main board.
The method of claim 1, wherein the operation information includes power model information, rated capacity information, real-time power usage, real-time power internal temperature, cooling fan speed (RPM), alarm information, time information, power on / off information, display information, and protection information. Management power system of a computer, characterized in that it comprises at least one of at least one.
delete The method of claim 1, wherein the management power processing means is based on the maintenance information provided from the main board, power risk information setting, temperature alarm information setting, alarm information setting, protection information including password / unique number, timer information setting Wherein the timer information includes a power on / off time, a wake up / wake down time, and a shutdown time.
delete The system of claim 1, wherein the management power includes: a protection unit configured to perform a security operation according to the control of the management power processing unit; A standby power blocking unit to block standby power according to the control of the management power processing unit; And a main power cut-off unit which cuts off main power according to the control of the management power processing means.
delete The method of claim 1, wherein the power consumption control means compares the real-time power information of the operation information transmitted from the management power with the maximum power consumption and minimum power consumption according to the configuration of the computer, determine a warning or dangerous state of the computer, The power management system of the computer characterized in that the power consumption is determined by controlling the processing speed of the computer, or automatically terminates the execution program when it is determined that the state or the computer is determined that the power saving possible state.
The apparatus of claim 1, wherein the main board comprises: a protection generation unit generating protection information for protecting hardware components, software, an OS, and a user password of a computer in cooperation with the power consumption control unit; A management power operation setting unit for setting a control operation of management power in association with the power consumption control means; A computer power consumption database generator configured to build a power database consumed by the computer by analyzing components of the computer in association with the power consumption control means; The maintenance information generation unit which interlocks with the power consumption control means, analyzes the information transmitted from the management power, analyzes problems in the power, and generates maintenance information for maintaining power based on the analysis result. The management power system of the computer characterized by including.
The method of claim 1, wherein the main board further comprises a forced execution of the execution program for reducing the power consumption of the computer by forcibly automatically terminating the program running when the power state of the computer under the control of the power consumption control means dangerous level; The management power system of the computer which is characterized by.
The computer of claim 1, wherein the main board further comprises a computer speed control unit lowering power consumption of the computer by adjusting a clock of the computer CPU when the power state of the computer is at a dangerous level under the control of the power consumption control means. Management power system.
delete The management power system of claim 1, wherein the main board further comprises a server linking unit which transmits information obtained from management power to a connected server in association with the power consumption control unit.
delete It is a system for stably operating a computer by interlocking the power of the computer and the main board.
Management power for acquiring and providing operation information including real time power usage to a main board and supplying or cutting off power to the computer based on power usage information of the computer component transmitted from the main board;
A main board of a computer that analyzes operation information transmitted from the management power to analyze a state inside the power, controls a reduction in power consumption based on the analysis result, and provides power maintenance information to the management power; And
And an external output device linked with the main board to indicate a dangerous level when the power state of the computer is at a dangerous level, thereby inducing a user to reduce power consumption.
The management power is provided with a management power processing means for supplying or cutting off the power of the computer,
If the protection information is not received within a predetermined time after requesting the protection information from the main board, or if the received protection information is different from the registered protection information, the management power processing means forces an exit warning event to the main board through an alarm generator. If a user's normal authentication information that cancels the forced shutdown warning event is not received by the motherboard within a certain period of time, the computer shuts down by generating an event to force the computer to be turned off through a power switch connected to the inside of the computer. The computer shuts down the computer by limiting the usage time of the computer to users who do not have the registered protection information.
The main board may include: power consumption control means for analyzing operation information transmitted from the management power to analyze a state inside the power, and generating information for maintaining power based on the analysis result and transmitting the generated power to the management power; Extract the power used in the usual from the information storage unit, and compare with the current amount of power used, if it is determined that the current amount of power is relatively higher than the amount of power used in the usual, it is determined through the external output device or the server interlocking unit Power information analysis unit that informs the user and provides computer maintenance information related to the inspection of viruses, worms,
The external output device uses a keyboard, and the keyboard indicates a power state risk of the computer using at least one of a letter using a level meter and keyboard buttons.
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