CN113867191B - Intelligent power supply control system, method and medium for terminal equipment - Google Patents
Intelligent power supply control system, method and medium for terminal equipment Download PDFInfo
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Classifications
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0423—Input/output
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J9/00—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting
- H02J9/04—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting in which the distribution system is disconnected from the normal source and connected to a standby source
- H02J9/06—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting in which the distribution system is disconnected from the normal source and connected to a standby source with automatic change-over, e.g. UPS systems
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
- G05B2219/25—Pc structure of the system
- G05B2219/25257—Microcontroller
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B70/00—Technologies for an efficient end-user side electric power management and consumption
- Y02B70/30—Systems integrating technologies related to power network operation and communication or information technologies for improving the carbon footprint of the management of residential or tertiary loads, i.e. smart grids as climate change mitigation technology in the buildings sector, including also the last stages of power distribution and the control, monitoring or operating management systems at local level
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S20/00—Management or operation of end-user stationary applications or the last stages of power distribution; Controlling, monitoring or operating thereof
- Y04S20/20—End-user application control systems
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Abstract
The invention discloses an intelligent power supply control system, method and medium for terminal equipment, wherein the system comprises: the power supply scheme configuration module, the uninterrupted power supply module and the pre-starting control module; the uninterrupted power supply module is connected with a power-on control module and a power-off control module; the power-off control module is configured with a power-off module; the power supply scheme configuration module is used for generating a power supply scheme; the power-on control module is used for acquiring the starting state of the terminal equipment and controlling the uninterrupted power supply module to execute intelligent power supply operation based on a power supply scheme and the starting state; the power-off control module is used for executing a pre-starting inquiry operation to obtain pre-starting time; the power-off control module is used for executing intelligent power-off operation based on the power-off module; the pre-starting control module executes pre-starting configuration operation based on the pre-starting time; the invention can flexibly adjust the optimal power supply mode according to the process condition of the terminal equipment, ensures that the power supply output utilization rate reaches the highest, and reduces the waste of power supply resources.
Description
Technical Field
The present invention relates to the field of terminal device power supply control technologies, and in particular, to an intelligent power supply control system, method and medium for a terminal device.
Background
In the prior art, the power supply scheme adopted by the self-service terminal equipment is to delay the setting by adopting a UPS power supply to automatically control the power-on and power-off of the self-service terminal equipment, so that the method cannot accurately control the power-on and power-off of the self-service terminal equipment, cannot intelligently adjust the power supply mode according to the running state of the self-service terminal equipment, cannot ensure the maximization of the power supply utilization rate, and has lower flexibility and environmental protection.
Disclosure of Invention
The invention mainly solves the problems that the power supply mode of the existing self-service terminal equipment cannot be intelligently adjusted according to the running state of the self-service terminal equipment, the power supply utilization rate cannot be ensured to be maximized, and the power supply flexibility and the power supply environmental protection performance of the self-service terminal equipment are low.
In order to solve the technical problems, the invention adopts a technical scheme that: there is provided an intelligent power control system for a terminal device, applied to the terminal device, the system comprising:
The power supply scheme configuration module, the uninterrupted power supply module and the pre-starting control module;
The uninterrupted power supply module is connected with a power-on control module and a power-off control module; the power supply end of the uninterrupted power supply module is connected with the power supply interface of the terminal equipment; the pre-starting control module is provided with a delay program, and the delay program is used for setting delay time length;
the power supply scheme configuration module is configured with a scheme template, a power level matching database and a power-on power matching database; the power-on control module is provided with a standby power setting program, and the standby power setting program is used for setting standby power; the power-off control module is configured with a power-off module;
The power supply scheme configuration module is used for acquiring terminal equipment information and generating a power supply scheme based on the scheme template, the power level matching database, the power-on power matching database and the terminal equipment information;
The power-on control module is used for acquiring the starting state of the terminal equipment, and controlling the uninterrupted power supply module to execute intelligent power supply operation based on the standby power, the power supply scheme and the starting state;
The power-off control module is used for detecting the connection condition of the terminal equipment and executing a pre-starting inquiry operation based on the connection condition to obtain pre-starting time; after the power-off control module obtains the pre-starting time, intelligent power-off operation is executed based on the power-off module;
and the pre-starting control module executes pre-starting configuration operation based on the pre-starting time and the time delay duration.
As an improvement, the power supply scheme configuration module includes: the device comprises a device detection module, a power matching module and a device information integration module;
the power matching module is provided with a statistical analysis program, and the statistical analysis program is used for configuring a statistical analysis algorithm;
the equipment detection module is used for acquiring hardware information of the terminal equipment;
The power matching module is used for identifying hardware identification information in the hardware information, and calling the statistical analysis algorithm to count the hardware use frequency matched with the hardware identification information in a process log of the terminal equipment;
the device information integration module is used for identifying the hardware power information in the hardware information and integrating the hardware identification information, the hardware use frequency and the hardware power information to obtain the terminal device information.
As an improvement, the power supply scheme configuration module further includes: a power setting module and a scheme filling module;
the scheme filling module is provided with a comparison module;
The power setting module is used for screening out the hardware power supply level matched with the hardware use frequency from the power level matching database, and screening out the power on matched with the hardware power supply level from the power on matching database;
The scheme filling module compares whether the power-on power reaches the valley power in the hardware power information or not through the comparison module; and if so, extracting peak power in the hardware power information by the scheme filling module, and filling the hardware identification information, the power-on power and the peak power into the scheme template to obtain the power supply scheme.
As an improved solution, the power-on control module includes: a module enabling control module and a module power supply control module;
The module enabling control module is used for starting the uninterrupted power supply module when the starting state is that the terminal equipment is started;
and the module power supply control module is used for controlling the uninterrupted power supply module to execute the intelligent power supply operation according to the standby power and the power supply scheme.
As an improved scheme, the module power supply control module is provided with a process identification module, a power output control module and an occupied value calculation module, wherein a threshold value setting program is configured in the occupied value calculation module and is used for setting an occupied value threshold value;
The intelligent power supply operation is executed by the mutual coordination of the module power supply control module, the process identification module, the power output control module and the occupation value calculation module:
The module power supply control module acquires the process information of the terminal equipment through the process identification module and identifies whether a first operation process matched with the hardware identification information exists in the process information;
When the first operation process does not exist in the process information, the module power supply control module controls the uninterrupted power supply module to adjust the first power supply power of the first hardware corresponding to the hardware identification information to the standby power through the power output control module;
When the first operation process exists in the process information, the module power supply control module recognizes a process resource occupation value matched with the first hardware in the process information through the process recognition module; the module power supply control module compares the process resource occupation value with the occupation value threshold through the occupation value calculation module; when the process resource occupation value is not higher than the occupation value threshold, the module power supply control module controls the uninterrupted power supply module to adjust the first power supply power to the power-on power through the power output control module; and when the process resource occupation value is higher than the occupation value threshold, the module power supply control module controls the uninterrupted power supply module to adjust the first power supply to the peak power through the power output control module.
As an improved solution, the power-down control module includes: the power-off signal generation module and the pre-starting operation inquiry module;
An interface sensor is arranged in the power-off signal generation module and is connected with a host of the terminal equipment through a USB connecting wire;
The power-off signal generation module is used for detecting the connection state of the interface sensor and the USB connecting wire, and when the connection state is that the USB connecting wire is disconnected, the power-off signal generation module sends a power-off signal to the pre-starting operation inquiry module;
The pre-starting operation inquiry module is used for judging that the connection condition is that the terminal equipment loses connection when the power-off signal is received, and the pre-starting operation inquiry module executes the pre-starting inquiry operation and the intelligent power-off operation through cooperation with the power-off module.
As an improved scheme, the pre-starting operation inquiry module is provided with an interaction module and a time calculation module; the time calculation module is configured with a waiting time length setting program, and the waiting time length setting program is used for setting the waiting time length;
The pre-boot interrogation operation is performed by the interaction of the pre-boot operation interrogation module, the interaction module, and the time calculation module:
the pre-starting operation inquiry module outputs pre-starting time setting information to the terminal equipment through the interaction module, and acquires first inquiry time;
The pre-starting operation inquiry module calculates the sum of the first inquiry time and the waiting time through the time calculation module to obtain second inquiry time;
The pre-starting operation inquiry module detects whether feedback information for the pre-starting time setting information exists in the terminal equipment or not through the interaction module in the first inquiry time to the second inquiry time;
the pre-starting operation inquiry module extracts pre-starting time in the feedback information when the feedback information exists in the terminal equipment;
The pre-starting operation inquiry module accesses a starting log of the terminal equipment through the interaction module when the feedback information does not exist in the terminal equipment, and sets the pre-starting time based on a starting period of the terminal equipment in the starting log;
The intelligent power-off operation is performed by the cooperation of the pre-start-up operation inquiry module and the power-off module:
The pre-starting operation inquiry module disconnects the connection between the power supply end of the uninterrupted power supply module and the power supply interface of the terminal equipment through the power-off module; the pre-starting operation inquiry module cuts off the enabling signal of the uninterrupted power supply module through the power-off module.
As an improved scheme, the pre-starting control module is provided with a time sequence controller, and the time sequence controller is provided with an uninterruptible power supply which is used for supplying power to the time sequence controller; the pre-starting control module is in communication connection with the module power supply control module; the time sequence controller is in communication connection with the uninterruptible power supply module; the communication connection comprises: a bluetooth connection and a wireless network connection;
The pre-start configuration operation is performed by the cooperation of the pre-start control module, the timing controller and the module power supply control module:
the pre-starting control module obtains a first starting time through the time sequence controller;
When the first starting time reaches the pre-starting time, the pre-starting control module sends an enabling signal to the uninterruptible power supply module through the time sequence controller;
the pre-starting control module obtains second starting time through the time sequence controller, calculates the sum of the second starting time and the delay time length through the time sequence controller, and obtains third starting time;
The pre-starting control module detects whether the starting state of the terminal equipment is the starting state of the terminal equipment or not in the second starting time to the third starting time; if yes, the pre-starting control module calls the module power supply control module to execute the intelligent power supply operation; if not, the pre-starting control module sends a shutdown signal to the uninterruptible power supply module through the time sequence controller.
The invention also provides an intelligent power supply control method for the terminal equipment, which is applied to the terminal equipment and comprises the following steps:
initializing:
The delay time length and the standby power are set;
configuring an uninterruptible power supply module, a scheme template, a power level matching database, a power-on power matching database and a power-off module;
Connecting a power supply end of the uninterrupted power supply module with a power supply interface of the terminal equipment;
generating a power supply scheme:
acquiring terminal equipment information;
Generating a power supply scheme based on the scheme template, the power level matching database, the power-on power matching database and the terminal equipment information;
Intelligent power supply step:
Acquiring the starting state of the terminal equipment;
Controlling the uninterrupted power supply module to execute intelligent power supply operation based on the standby power, the power supply scheme and the starting state;
pre-start interrogation and smart power down steps:
detecting the connection condition of the terminal equipment;
Executing a pre-starting inquiry operation based on the connection condition to obtain pre-starting time;
After the pre-starting time is obtained, intelligent power-off operation is executed based on the power-off module;
pre-starting configuration:
and executing a pre-start configuration operation based on the pre-start time and the delay time.
The present invention also provides a computer-readable storage medium having stored thereon a computer program which, when executed by a processor, implements the steps of the intelligent power control method for a terminal device.
The beneficial effects of the invention are as follows:
1. The intelligent power supply control system for the terminal equipment can flexibly adjust the most suitable power supply mode according to the process running condition of the self-service terminal equipment by mutually matching the power supply scheme configuration module, the uninterrupted power supply module and the pre-starting control module, ensures that the output utilization rate of the power supply reaches the highest, reduces the waste of power supply resources, has extremely high flexibility and environmental protection, overcomes the defects of the prior art, and has extremely high market value and product competitiveness.
2. The intelligent power supply control method for the terminal equipment can flexibly adjust the most suitable power supply mode according to the process running condition of the self-service terminal equipment, ensures that the output utilization rate of the power supply reaches the highest, reduces the waste of power supply resources, has extremely high flexibility and environmental protection, overcomes the defects of the prior art, and has extremely high market value and product competitiveness.
3. The computer readable storage medium can realize the coordination of the guiding power supply scheme configuration module, the uninterrupted power supply module and the pre-starting control module, further realize the flexible adjustment of the most suitable power supply mode according to the process running condition of the self-service terminal equipment, ensure the highest output utilization rate of a power supply, reduce the waste of power supply resources, have extremely high flexibility and environmental protection, make up the defects of the prior art, have extremely high market value and product competitiveness, and effectively improve the operability of the intelligent power supply control method for the terminal equipment.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings that are needed in the description of the embodiments or the prior art will be briefly described, and it is obvious that the drawings in the description below are some embodiments of the present invention, and other drawings can be obtained according to the drawings without inventive effort for a person skilled in the art.
Fig. 1 is a diagram of an intelligent power control system for a terminal device according to embodiment 1 of the present invention;
Fig. 2 is a flowchart of an intelligent power control method for a terminal device according to embodiment 2 of the present invention;
fig. 3 is a specific flowchart of an intelligent power control method for a terminal device according to embodiment 2 of the present invention.
Detailed Description
The preferred embodiments of the present invention will be described in detail below with reference to the accompanying drawings so that the advantages and features of the present invention can be more easily understood by those skilled in the art, thereby making clear and defining the scope of the present invention.
In the description of the present invention, it should be noted that the described embodiments of the present invention are some, but not all embodiments of the present invention; all other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
In the description of the present invention, it should be noted that the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present invention, unless explicitly specified and defined otherwise, the terms "power supply scheme configuration module", "uninterruptible power supply module", "pre-start control module", "power-up control module", "power-down control module", "time delay period", "scheme template", "power level matching database", "power-up power matching database", "standby power", "power-down module", "terminal equipment information", "power supply scheme", "start-up state", "intelligent power supply operation", "connection condition", "pre-start-up inquiry operation", "pre-start-up time", "intelligent power-down operation", "pre-start configuration operation", "statistical analysis algorithm", "hardware information", "hardware identification information", "process log", "hardware use frequency", "hardware power information", "comparison module", "hardware power supply level", "power", "valley power", "peak power", "terminal equipment start-up", "occupation value threshold", "process information", "operation process", "power supply power", "process resource occupation value", "interface sensor", "USB connection line", "connection state", "power-down signal", "terminal equipment loss connection", "standby time", "pre-start-up time setting information", "inquiry time", "feedback information", "pre-up time", "start-up log", "start-up period", "timing controller", "uninterrupted mobile power supply", "communication connection", "power-down time", "power-down signal", "power down signal" and "enable" to be understood as a generalized interrupt signal ". The specific meaning of the above terms in the present invention will be understood in specific cases by those of ordinary skill in the art.
In describing the present invention, it should be noted that: UPS (Uninterruptible Power Supply) is an uninterruptible power supply; CPU (Central Processing Unit) is a central processing unit; ID (Identity Document) is an identification number; USB (Universal Serial Bus) is a universal serial bus; CPLD (Complex Programmable Logic Device) are complex programmable logic devices.
Example 1
The embodiment provides an intelligent power control system for terminal equipment, which is applied to the terminal equipment, as shown in fig. 1, and the system comprises: the power supply scheme configuration module, the uninterrupted power supply module and the pre-starting control module; the uninterrupted power supply module is connected with a power-on control module and a power-off control module; the power supply end of the uninterrupted power supply module is connected with the power supply interface of the terminal equipment; the pre-starting control module is provided with a delay program, and the delay program is used for setting delay time length; the power supply scheme configuration module is configured with a scheme template, a power level matching database and a power-on power matching database; the power-on control module is provided with a standby power setting program, and the standby power setting program is used for setting standby power; the power-off control module is configured with a power-off module; in this embodiment, the uninterruptible power supply module adopts an UP S power supply module; correspondingly, the terminal equipment comprises, but is not limited to, an industrial control host of self-service terminal equipment in a financial institution; in this embodiment, the delay time length and the scheme template are specifically set in the specific case.
In the intelligent power supply control system for the terminal equipment, a power supply scheme configuration module is used for acquiring terminal equipment information and generating a power supply scheme based on the scheme template, the power level matching database, the power-on power matching database and the terminal equipment information;
Specifically, the power supply scheme configuration module includes: the device comprises a device detection module, a power matching module and a device information integration module; the power matching module is provided with a statistical analysis program, and the statistical analysis program is used for configuring a statistical analysis algorithm; in this embodiment, the statistical analysis algorithm is a statistical algorithm integrated according to an IMP internal statistical program; the equipment detection module is used for acquiring hardware information of the terminal equipment; in this embodiment, the hardware information includes ID information, type information, power information, and the like of hardware in the terminal device; for example: type (2): CPU- -ID10400- -power information 150w valley/230 w peak; correspondingly, the valley value is the power value of the minimum guaranteed hardware operation, and the peak value is the power value capable of guaranteeing the hardware to reach the peak value processing state;
The power matching module is used for identifying hardware identification information in the hardware information, and calling the statistical analysis algorithm to count the hardware use frequency matched with the hardware identification information in a process log of the terminal equipment; in this embodiment, the hardware identification information is the ID information and the type information, and corresponding to the ID information and the type information, the corresponding number of times of use of the hardware can be distinguished in the process log of the terminal device according to different types and identifications of the hardware, and the frequency of use of the hardware relative to all the hardware in the terminal device can be calculated according to the number of times of use of all the hardware and the number of times of use of single-class hardware; the power supply level of the hardware can be further determined according to the use frequency, and the method comprises the following operations; correspondingly, the method for accessing the process log of the terminal equipment comprises, but is not limited to, network access or logic layer call; the equipment information integration module is used for identifying hardware power information in the hardware information and integrating the hardware identification information, the hardware use frequency and the hardware power information to obtain the terminal equipment information; in this embodiment, the hardware power information is the power information described above; correspondingly, the information integration operation includes, but is not limited to, adding information to the same folder and compressing; and a certain data basis is provided for subsequent operation through the power matching module.
Specifically, the power supply scheme configuration module further includes: a power setting module and a scheme filling module;
The scheme filling module is internally provided with a comparison module;
The power setting module is used for screening out the hardware power supply level matched with the hardware use frequency from the power level matching database, and screening out the power on matched with the hardware power supply level from the power on matching database; in this embodiment, the power level matching database is preset with hardware power supply levels corresponding to different frequencies; for example: the hardware frequency is 60% -50% -65%, and then the second power supply level; correspondingly, the example is only used as an implementation mode, and the specific power supply level is set according to the energy consumption of the whole terminal equipment and the specification of the UPS power supply module; correspondingly, if the power supply level is obtained, the corresponding power supply power can be screened out from a power supply power matching database which is preset with a matching mapping relation between a plurality of power supply levels and a plurality of power supply users; the power-on power is the power-on power which is set in the system and balances the energy consumption and the performance of the hardware; the scheme filling module compares whether the power-on power reaches the valley power in the hardware power information or not through the comparison module; if the power supply scheme is met, the requirement of hardware is met, the scheme filling module extracts peak power in the hardware power information, and fills the hardware identification information, the power-on power and the peak power into the scheme template to obtain the power supply scheme; if not, the scheme filling module extracts valley power and peak power in the hardware power information, and fills the hardware identification information, the valley power and the peak power into the scheme template to obtain the power supply scheme; through the operation, the hardware power supply scheme matched with the type and the use condition of the hardware is set, the power supply rationality and the energy conservation and the environmental protection of the whole system are further improved, and the use cost of the terminal equipment is further reduced.
In the intelligent power supply control system for the terminal equipment, a power-on control module is used for acquiring the starting state of the terminal equipment, and the power-on control module controls the uninterrupted power supply module to execute intelligent power supply operation based on the standby power, the power supply scheme and the starting state; in this embodiment, the standby power is set to a power supply power that can maintain the terminal device on standby in the lowest performance and startup;
specifically, the power-on control module includes: a module enabling control module and a module power supply control module; the module enabling control module is used for starting the uninterrupted power supply module when the starting state is that the terminal equipment is started; correspondingly, the method for acquiring the starting state can acquire the situation of the enabling signal sent by the CPLD in the host computer of the terminal equipment through the module enabling control module; the module power supply control module is used for controlling the uninterrupted power supply module to execute key operations of the invention according to the standby power and the power supply scheme: the intelligent power supply operation;
Specifically, the module power supply control module is provided with a process identification module, a power output control module and an occupation value calculation module, wherein a threshold value setting program is configured in the occupation value calculation module and is used for setting an occupation value threshold value; in this embodiment, the process identification module may be implemented by a server access program with a communication function; correspondingly, the occupation value threshold is set in a classified mode according to the use frequency of the terminal equipment and the use frequency of the hardware; the intelligent power supply operation includes: the module power supply control module acquires the process information of the terminal equipment through the process identification module and identifies whether a first operation process matched with the hardware identification information exists in the process information; correspondingly, firstly confirming a process, and if no process exists, adjusting the terminal equipment into a standby mode, namely controlling the uninterrupted power supply module to adjust the first power supply power of first hardware corresponding to the hardware identification information into the standby power through the power output control module when the first operation process does not exist in the process information by the module power supply control module; correspondingly, when a process exists, the power supply of hardware needs to be adjusted according to the detailed condition of the process, so that the waste of resources is prevented; when the first operation process exists in the process information, the module power supply control module recognizes a process resource occupation value matched with the first hardware in the process information through the process recognition module; the module power supply control module compares the process resource occupation value with the occupation value threshold through the occupation value calculation module; when the process resource occupation value is not higher than the occupation value threshold, the module power supply control module controls the uninterrupted power supply module to adjust the first power supply power to the power-on power through the power output control module; when the process resource occupation value is higher than the occupation value threshold, the module power supply control module controls the uninterrupted power supply module to adjust the first power supply to the peak power through the power output control module; correspondingly, through the operation, the power supply power of the UPS power supply module can be matched with high anastomosis degree according to the working condition of hardware in the terminal equipment, so that the utilization rate of power supply resources of the UPS power supply module is maximized, the power supply waste and the power supply defect generated by excessive power supply and insufficient power supply are prevented, and the use cost of the terminal equipment is greatly reduced; correspondingly, in this embodiment, the power output control module may be implemented by performing regulation and control by the power consumption amplifying circuit.
In the intelligent power supply control system for the terminal equipment, a power-down control module is used for detecting the connection condition of the terminal equipment and executing a pre-starting inquiry operation based on the connection condition to obtain pre-starting time; after the power-off control module obtains the pre-starting time, intelligent power-off operation is executed based on the power-off module; correspondingly, in consideration of the fact that in the prior art, when the UPS power supply module automatically powers down the preset terminal equipment, the phenomenon of inaccuracy exists, the UPS power supply module is set to perform power-off operation according to the connection condition of the terminal equipment, the error rate is extremely low, intelligent experience of the terminal equipment in use is guaranteed, corresponding pre-starting operation is provided, the terminal equipment can be started in advance for a user at a certain time according to the behavior requirement of the user, the intelligent of the whole system is further improved, and the experience of the user is improved;
Specifically, the power-down control module includes: the power-off signal generation module and the pre-starting operation inquiry module; an interface sensor is arranged in the power-off signal generation module and is connected with a host of the terminal equipment through a USB connecting wire; the power-off signal generation module is used for detecting the connection state of the interface sensor and the USB connecting wire, and when the connection state is that the USB connecting wire is disconnected, the power-off signal generation module sends a power-off signal to the pre-starting operation inquiry module; correspondingly, after the pre-starting operation inquiry module analyzes the power-off signal, a related package instruction is issued to the UPS power supply module according to a communication protocol between the UPS power supply module, so that the UPS power supply module is controlled; in this embodiment, the portions related to the control of the UPS power supply module all adopt this method; the pre-starting operation inquiry module is used for judging that the connection condition is that the terminal equipment loses connection when the power-off signal is received, and the pre-starting operation inquiry module executes the pre-starting inquiry operation and the intelligent power-off operation through matching with the power-off module; in this embodiment, the power-off signal is just one implementation, which includes but is not limited to digital signals, trigger instructions, etc.; specifically, the pre-starting operation inquiry module is provided with an interaction module and a time calculation module; the time calculation module is configured with a waiting time length setting program, and the waiting time length setting program is used for setting the waiting time length; in the present embodiment, the waiting period includes, but is not limited to, 5 minutes; correspondingly, the waiting time can be freely configured by an operator;
The pre-boot interrogation operation includes: the pre-starting operation inquiry module outputs pre-starting time setting information to the terminal equipment through the interaction module, and acquires first inquiry time; in this embodiment, the pre-start time setting information is a prompt information for inputting the start time of the terminal device next time; the first inquiry time is the current time point; the pre-starting operation inquiry module calculates the sum of the first inquiry time and the waiting time through the time calculation module to obtain second inquiry time; the pre-starting operation inquiry module detects whether feedback information for the pre-starting time setting information exists in the terminal equipment or not through the interaction module in the first inquiry time to the second inquiry time; correspondingly, the waiting time is mainly used for calculating a time period for waiting for feedback of the terminal equipment by the pre-starting operation inquiry module; correspondingly, when the terminal equipment receives the pre-starting time setting information, the pre-starting time setting information is output to a corresponding display interaction screen for a user or an operator to set specific time; the pre-starting operation inquiry module extracts pre-starting time in the feedback information when the feedback information exists in the terminal equipment; correspondingly, the pre-starting time is typed for a user or an operator; the absence of typing in pre-start time for the user or operator; in order to improve the intellectualization of the system and prevent a user from forgetting to key in time, the pre-starting operation inquiry module accesses a starting log of the terminal equipment through the interaction module when the feedback information does not exist in the terminal equipment, and sets the pre-starting time based on the starting period of the terminal equipment in the starting log; correspondingly, the starting log is the starting time before the terminal equipment, and an AI intelligent analysis algorithm is also arranged in the pre-starting operation inquiry module; correspondingly, the pre-starting operation inquiry module analyzes a plurality of starting times in the starting log through an AI intelligent analysis algorithm to obtain a corresponding starting period; the pre-starting operation inquiry module selects a starting period with higher starting frequency, and sets corresponding pre-starting time by combining the time point of the day;
The intelligent power-off operation includes: the pre-starting operation inquiry module disconnects the connection between the power supply end of the uninterrupted power supply module and the power supply interface of the terminal equipment through the power-off module; correspondingly, the power-off module comprises, but is not limited to, an intelligent robot with a pluggable cable, so that the cable between the power supply end of the uninterrupted power supply module and the power supply interface of the terminal equipment is plugged and unplugged; meanwhile, the intelligent robot can control a power supply switch of the uninterruptible power supply module, and then the pre-starting operation inquiry module cuts off an enabling signal of the uninterruptible power supply module through the power-off module.
In the intelligent power control system for the terminal equipment, a pre-starting control module executes pre-starting configuration operation based on the pre-starting time and the delay time;
specifically, a time sequence controller is configured in the pre-starting control module, and an uninterruptible power supply is configured in the time sequence controller and is used for supplying power to the time sequence controller; the pre-starting control module is in communication connection with the module power supply control module; the time sequence controller is in communication connection with the uninterruptible power supply module; the communication connection comprises: a bluetooth connection and a wireless network connection; in this embodiment, the uninterruptible power supply ensures that the timing controller is in a standby state for outputting very small power supply power; the time sequence controller is a controller in a standby mode for a long time, and further performs the pre-starting configuration operation in real time according to the pre-starting time, and when the time sequence controller is in the standby mode for a long time, higher energy consumption is not generated, and the time sequence controller is environment-friendly;
The pre-boot configuration operation includes: the pre-starting control module obtains a first starting time through the time sequence controller; the first starting time is a time point before the pre-starting time, the time point is not particularly limited, and the time point is close to the pre-starting time correspondingly; when the first starting time reaches the pre-starting time, the pre-starting control module sends an enabling signal to the uninterruptible power supply module through the time sequence controller; correspondingly, when the pre-starting time is reached, firstly starting the uninterrupted power supply module, wherein the pre-starting control module obtains second starting time through the time sequence controller, the second starting time is the current time point, and the sum of the second starting time and the delay time is calculated through the time sequence controller to obtain third starting time; the second starting time and the third starting time also form a waiting time period, and the delay time is also set to 5 minutes in the embodiment, which is not limited herein, and can be set according to the requirements of operators; the pre-starting control module detects whether the starting state of the terminal equipment is the starting state of the terminal equipment or not in the second starting time to the third starting time; if yes, the pre-starting control module calls the module power supply control module to execute the intelligent power supply operation; if not, the pre-starting control module transmits a shutdown signal to the uninterruptible power supply module; correspondingly, the key point of the operation is that intelligent power supply is carried out to the terminal equipment under the condition of ensuring the starting of the terminal equipment, and in the condition that the terminal equipment is not started, forgetting of an operator or abnormality of the terminal equipment can occur, the power supply can not be carried out at the moment, further, due to the design of delay time, electric energy can not be lost, the intelligence is extremely high, and the pre-starting of the terminal equipment is intelligently controlled;
through the intelligent power supply control system for the terminal equipment, which is described by the embodiment, through the mutual coordination among the power supply scheme configuration module, the uninterrupted power supply module and the pre-starting control module, the terminal equipment is intelligently powered on and powered off and intelligently controlled by pre-starting, the intelligence and the ergodic performance of the power supply mode of the terminal equipment are greatly improved, the experience of a user is improved, the defects of the prior art are overcome, and the intelligent power supply control system has extremely high product competitiveness and market value.
Example 2
The embodiment provides an intelligent power supply control method for terminal equipment, which is applied to the terminal equipment, as shown in fig. 2 and 3, and comprises the following steps:
S100, initializing:
the step S100 specifically includes:
S101, setting delay time and standby power; configuring an uninterruptible power supply module, a scheme template, a power level matching database, a power-on power matching database and a power-off module; connecting a power supply end of the uninterrupted power supply module with a power supply interface of the terminal equipment;
s200, a power supply scheme generating step:
The step S200 specifically includes:
S201, acquiring terminal equipment information; generating a power supply scheme based on the scheme template, the power level matching database, the power-on power matching database and the terminal equipment information;
Specifically, a statistical analysis algorithm is configured; acquiring hardware information of the terminal equipment; identifying hardware identification information in the hardware information; invoking the statistical analysis algorithm to count the hardware use frequency matched with the hardware identification information in the process log of the terminal equipment; identifying hardware power information in the hardware information, and integrating the hardware identification information, the hardware use frequency and the hardware power information to obtain the terminal equipment information;
Specifically, a comparison module is configured; screening out a hardware power supply level matched with the hardware use frequency from the power level matching database, and screening out power on the power matching database, wherein the power on power is matched with the hardware power supply level; comparing whether the power-on power reaches the valley power in the hardware power information or not through the comparison module; and if so, extracting peak power in the hardware power information, and filling the hardware identification information, the power-on power and the peak power into the scheme template to obtain the power supply scheme.
S300, intelligent power supply step:
the step S300 specifically includes:
S301, acquiring a starting state of the terminal equipment; controlling the uninterrupted power supply module to execute intelligent power supply operation based on the standby power, the power supply scheme and the starting state;
specifically, when the starting state is that the terminal equipment is started, starting the uninterrupted power supply module; controlling the uninterrupted power supply module to execute the intelligent power supply operation according to the standby power and the power supply scheme;
Specifically, the intelligent power supply operation includes: configuring a process identification module, a power output control module and an occupation value calculation module, and setting an occupation value threshold in the occupation value calculation module; acquiring process information of the terminal equipment through the process identification module, and identifying whether a first operation process matched with the hardware identification information exists in the process information; when the first operation process does not exist in the process information, the uninterrupted power supply module is controlled by the power output control module to adjust the first power supply power of the first hardware corresponding to the hardware identification information to the standby power; when the first operation process exists in the process information, identifying a process resource occupation value matched with the first hardware in the process information through the process identification module; comparing the process resource occupation value with the occupation value threshold through the occupation value calculation module; when the process resource occupation value is not higher than the occupation value threshold, the uninterrupted power supply module is controlled by the power output control module to adjust the first power supply power to the power-on power; and when the process resource occupation value is higher than the occupation value threshold, controlling the uninterrupted power supply module to adjust the first power supply to the peak power through the power output control module.
S400, pre-starting inquiry and intelligent power-off steps:
the step S400 specifically includes:
S401, detecting the connection condition of the terminal equipment; executing a pre-starting inquiry operation based on the connection condition to obtain pre-starting time; after the pre-starting time is obtained, intelligent power-off operation is executed based on the power-off module;
specifically, an interface sensor is configured, and the interface sensor is connected with a host of the terminal equipment through a USB connecting wire; detecting the connection state of the interface sensor and the USB connecting wire, judging that the connection condition is that the terminal equipment is out of connection when the connection state is that the USB connecting wire is disconnected, and executing the pre-starting inquiry operation and the intelligent power-off operation based on the power-off module;
Specifically, the pre-boot interrogation operation includes: configuring an interaction module and a time calculation module; setting a waiting time length in the time calculation module; outputting pre-starting time setting information to the terminal equipment through the interaction module, and acquiring first inquiry time; calculating the sum of the first inquiry time and the waiting duration through the time calculation module to obtain a second inquiry time; detecting whether feedback information for the pre-starting time setting information exists in the terminal equipment or not through the interaction module in the first inquiry time to the second inquiry time; when the feedback information exists in the terminal equipment, extracting the pre-starting time in the feedback information; when the feedback information does not exist in the terminal equipment, accessing a starting log of the terminal equipment through the interaction module, and setting the pre-starting time based on a starting period of the terminal equipment in the starting log;
Specifically, the intelligent power-off operation includes: disconnecting the connection between the power supply end of the uninterrupted power supply module and the power supply interface of the terminal equipment through the power-off module; and disconnecting the enabling signal of the uninterrupted power supply module through the power-off module.
S500, pre-starting configuration steps:
the step S500 specifically includes:
S501, executing a pre-start configuration operation based on the pre-start time and the delay time;
Specifically, the pre-boot configuration operation includes: the method comprises the steps that a time sequence controller is configured, an uninterruptible power supply is configured in the time sequence controller, and power is supplied to the time sequence controller through the uninterruptible power supply; acquiring a first starting time through the time sequence controller; when the first starting time reaches the pre-starting time, transmitting an enabling signal to the uninterruptible power supply module through the time sequence controller; acquiring a second starting time through the time sequence controller, and calculating the sum of the second starting time and the delay time through the time sequence controller to obtain a third starting time; detecting whether the starting state of the terminal equipment is the starting of the terminal equipment or not in the second starting time to the third starting time; if yes, the module power supply control module is called to execute the intelligent power supply operation; if not, sending a shutdown signal to the uninterruptible power supply module.
By the intelligent power supply control method for the terminal equipment, which is described by the embodiment, the terminal equipment is intelligently powered on and powered off and intelligently pre-started, so that the intelligence and the ergodic performance of the power supply mode of the terminal equipment are greatly improved, the experience of a user is improved, the defects of the prior art are overcome, and the intelligent power supply control method has extremely high product competitiveness and market value.
Example 3
The present embodiment provides a computer-readable storage medium including:
The storage medium is used for storing computer software instructions for implementing the intelligent power control method for a terminal device described in the above embodiment 2, and includes a program for executing the above program set for the intelligent power control method for a terminal device; specifically, the executable program may be built in the intelligent power supply control system for a terminal device according to embodiment 1, so that the intelligent power supply control system for a terminal device may implement the intelligent power supply control method for a terminal device according to embodiment 2 by executing the built-in executable program.
Further, the computer readable storage medium provided in the present embodiment may be any combination of one or more readable storage media, where the readable storage media includes an electric, optical, electromagnetic, infrared, or semiconductor system, apparatus, or device, or any combination thereof.
Compared with the prior art, the intelligent power supply control system, the intelligent power supply control method and the intelligent power supply control medium for the terminal equipment can flexibly adjust the most suitable power supply mode according to the process operation condition of the self-service terminal equipment through the system, ensure that the output utilization rate of the power supply reaches the highest, reduce the waste of power supply resources, provide an ingenious design thought for the system through the method, finally greatly improve the power supply flexibility and the power supply environmental protection performance of the self-service terminal equipment, make up the defects of the prior art, and have extremely high market value and product competitiveness.
The foregoing embodiment of the present invention has been disclosed with reference to the number of embodiments for the purpose of description only, and does not represent the advantages or disadvantages of the embodiments.
It will be appreciated by those of ordinary skill in the art that all or part of the steps of implementing the above embodiments may be implemented by hardware, or a program implemented by a program to instruct related hardware may be stored in a computer readable storage medium, where the storage medium may be a read-only memory, a magnetic disk or an optical disk, etc.
The foregoing description is only illustrative of the present invention and is not intended to limit the scope of the invention, and all equivalent structures or equivalent processes or direct or indirect application in other related technical fields are included in the scope of the present invention.
Claims (3)
1. An intelligent power control system for a terminal device, applied to the terminal device, characterized in that the system comprises: the power supply scheme configuration module, the uninterrupted power supply module and the pre-starting control module;
The uninterrupted power supply module is connected with a power-on control module and a power-off control module; the power supply end of the uninterrupted power supply module is connected with the power supply interface of the terminal equipment; the pre-starting control module is provided with a delay program, and the delay program is used for setting delay time length;
the power supply scheme configuration module is configured with a scheme template, a power level matching database and a power-on power matching database; the power-on control module is provided with a standby power setting program, and the standby power setting program is used for setting standby power; the power-off control module is configured with a power-off module;
The power supply scheme configuration module is used for acquiring terminal equipment information and generating a power supply scheme based on the scheme template, the power level matching database, the power-on power matching database and the terminal equipment information;
The power-on control module is used for acquiring the starting state of the terminal equipment, and controlling the uninterrupted power supply module to execute intelligent power supply operation based on the standby power, the power supply scheme and the starting state;
The power-off control module is used for detecting the connection condition of the terminal equipment and executing a pre-starting inquiry operation based on the connection condition to obtain pre-starting time; after the power-off control module obtains the pre-starting time, intelligent power-off operation is executed based on the power-off module;
The pre-starting control module executes pre-starting configuration operation based on the pre-starting time and the delay time;
The power supply scheme configuration module comprises: the device comprises a device detection module, a power matching module and a device information integration module; the power matching module is provided with a statistical analysis program, and the statistical analysis program is used for configuring a statistical analysis algorithm; the equipment detection module is used for acquiring hardware information of the terminal equipment; the power matching module is used for identifying hardware identification information in the hardware information, and calling the statistical analysis algorithm to count the hardware use frequency matched with the hardware identification information in a process log of the terminal equipment; the equipment information integration module is used for identifying hardware power information in the hardware information and integrating the hardware identification information, the hardware use frequency and the hardware power information to obtain the terminal equipment information;
The power scheme configuration module further includes: a power setting module and a scheme filling module; the scheme filling module is provided with a comparison module; the power setting module is used for screening out the hardware power supply level matched with the hardware use frequency from the power level matching database, and screening out the power on matched with the hardware power supply level from the power on matching database; the scheme filling module compares whether the power-on power reaches the valley power in the hardware power information or not through the comparison module; if so, the scheme filling module extracts peak power in the hardware power information, and fills the hardware identification information, the power-on power and the peak power into the scheme template to obtain the power supply scheme;
The power-on control module comprises: a module enabling control module and a module power supply control module; the module enabling control module is used for starting the uninterrupted power supply module when the starting state is that the terminal equipment is started; the module power supply control module is used for controlling the uninterrupted power supply module to execute the intelligent power supply operation according to the standby power and the power supply scheme; the module power supply control module is provided with a process identification module, a power output control module and an occupied value calculation module, wherein a threshold setting program is configured in the occupied value calculation module and is used for setting an occupied value threshold; the intelligent power supply operation is executed by the mutual coordination of the module power supply control module, the process identification module, the power output control module and the occupation value calculation module: the module power supply control module acquires the process information of the terminal equipment through the process identification module and identifies whether a first operation process matched with the hardware identification information exists in the process information; when the first operation process does not exist in the process information, the module power supply control module controls the uninterrupted power supply module to adjust the first power supply power of the first hardware corresponding to the hardware identification information to the standby power through the power output control module; when the first operation process exists in the process information, the module power supply control module recognizes a process resource occupation value matched with the first hardware in the process information through the process recognition module; the module power supply control module compares the process resource occupation value with the occupation value threshold through the occupation value calculation module; when the process resource occupation value is not higher than the occupation value threshold, the module power supply control module controls the uninterrupted power supply module to adjust the first power supply power to the power-on power through the power output control module; when the process resource occupation value is higher than the occupation value threshold, the module power supply control module controls the uninterrupted power supply module to adjust the first power supply to the peak power through the power output control module;
The power-down control module comprises: the power-off signal generation module and the pre-starting operation inquiry module; an interface sensor is arranged in the power-off signal generation module and is connected with a host of the terminal equipment through a USB connecting wire; the power-off signal generation module is used for detecting the connection state of the interface sensor and the USB connecting wire, and when the connection state is that the USB connecting wire is disconnected, the power-off signal generation module sends a power-off signal to the pre-starting operation inquiry module;
the pre-starting operation inquiry module is used for judging that the connection condition is that the terminal equipment loses connection when the power-off signal is received, and the pre-starting operation inquiry module executes the pre-starting inquiry operation and the intelligent power-off operation through matching with the power-off module; the pre-starting operation inquiry module is provided with an interaction module and a time calculation module; the time calculation module is configured with a waiting time length setting program, and the waiting time length setting program is used for setting the waiting time length; the pre-boot interrogation operation is performed by the interaction of the pre-boot operation interrogation module, the interaction module, and the time calculation module: the pre-starting operation inquiry module outputs pre-starting time setting information to the terminal equipment through the interaction module, and acquires first inquiry time; the pre-starting operation inquiry module calculates the sum of the first inquiry time and the waiting time through the time calculation module to obtain second inquiry time; the pre-starting operation inquiry module detects whether feedback information for the pre-starting time setting information exists in the terminal equipment or not through the interaction module in the first inquiry time to the second inquiry time; the pre-starting operation inquiry module extracts pre-starting time in the feedback information when the feedback information exists in the terminal equipment; the pre-starting operation inquiry module accesses a starting log of the terminal equipment through the interaction module when the feedback information does not exist in the terminal equipment, and sets the pre-starting time based on a starting period of the terminal equipment in the starting log; the intelligent power-off operation is performed by the cooperation of the pre-start-up operation inquiry module and the power-off module: the pre-starting operation inquiry module disconnects the connection between the power supply end of the uninterrupted power supply module and the power supply interface of the terminal equipment through the power-off module; the pre-starting operation inquiry module cuts off an enabling signal of the uninterrupted power supply module through the power-off module;
The pre-starting control module is provided with a time sequence controller, and the time sequence controller is provided with an uninterruptible power supply which is used for supplying power to the time sequence controller; the pre-starting control module is in communication connection with the module power supply control module; the time sequence controller is in communication connection with the uninterruptible power supply module; the communication connection comprises: a bluetooth connection and a wireless network connection; the pre-start configuration operation is performed by the cooperation of the pre-start control module, the timing controller and the module power supply control module: the pre-starting control module obtains a first starting time through the time sequence controller; when the first starting time reaches the pre-starting time, the pre-starting control module sends an enabling signal to the uninterruptible power supply module through the time sequence controller; the pre-starting control module obtains second starting time through the time sequence controller, calculates the sum of the second starting time and the delay time length through the time sequence controller, and obtains third starting time; the pre-starting control module detects whether the starting state of the terminal equipment is the starting state of the terminal equipment or not in the second starting time to the third starting time; if yes, the pre-starting control module calls the module power supply control module to execute the intelligent power supply operation; if not, the pre-starting control module sends a shutdown signal to the uninterruptible power supply module through the time sequence controller.
2. An intelligent power control method for a terminal device based on an intelligent power control system for a terminal device according to claim 1, applied to a terminal device, characterized in that the method comprises the steps of:
initializing:
The delay time length and the standby power are set;
configuring an uninterruptible power supply module, a scheme template, a power level matching database, a power-on power matching database and a power-off module;
Connecting a power supply end of the uninterrupted power supply module with a power supply interface of the terminal equipment;
generating a power supply scheme:
acquiring terminal equipment information;
Generating a power supply scheme based on the scheme template, the power level matching database, the power-on power matching database and the terminal equipment information;
Intelligent power supply step:
Acquiring the starting state of the terminal equipment;
Controlling the uninterrupted power supply module to execute intelligent power supply operation based on the standby power, the power supply scheme and the starting state;
pre-start interrogation and smart power down steps:
detecting the connection condition of the terminal equipment;
Executing a pre-starting inquiry operation based on the connection condition to obtain pre-starting time;
After the pre-starting time is obtained, intelligent power-off operation is executed based on the power-off module;
pre-starting configuration:
and executing a pre-start configuration operation based on the pre-start time and the delay time.
3. A computer-readable storage medium, wherein a computer program is stored on the computer-readable storage medium, which when executed by a processor, implements the steps of the intelligent power control method for a terminal device according to claim 2.
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