CN117234284B - Three-proofing tablet computer system with multiple sequencing power supply and control method thereof - Google Patents
Three-proofing tablet computer system with multiple sequencing power supply and control method thereof Download PDFInfo
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- CN117234284B CN117234284B CN202311155626.5A CN202311155626A CN117234284B CN 117234284 B CN117234284 B CN 117234284B CN 202311155626 A CN202311155626 A CN 202311155626A CN 117234284 B CN117234284 B CN 117234284B
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Abstract
The invention discloses a three-proofing tablet computer system with multiple sequencing power supply and a control method thereof, wherein the system comprises the following components: the first determining module is used for obtaining hardware configuration parameters of the target three-proofing tablet personal computer and determining the power utilization level of the target three-proofing tablet personal computer according to the hardware configuration parameters; the second determining module is used for determining hardware state parameters of the target three-proofing tablet personal computer when different software programs are run and determining the electricity utilization characteristic description characteristics of the target three-proofing tablet personal computer according to the hardware state parameters; the third determining module is used for determining the ordering attribute of each power supply input based on the power utilization characteristic description characteristic and the power utilization level of the target three-proofing tablet computer and the input electrical parameters of each power supply input on the target three-proofing tablet computer; the configuration module generates a power supply input node sequence through the sequencing attribute, and configures a charging/discharging interface of the target three-proofing tablet computer to select a sequencing mode according to the power supply input node sequence. The power supply input can be orderly selected to supply power/charge/discharge abnormality, so that the stability is ensured.
Description
Technical Field
The invention relates to the technical field of computer power supply, in particular to a three-proofing tablet computer system with multiple sequencing power supply and a control method thereof.
Background
Currently, a typical tablet computer has a single power/charging interface, such as TYPEC. The three-proofing machine is a machine which is specially processed, can prevent falling (shock prevention/compression resistance), is waterproof and dustproof, is gradually applied to a tablet personal computer along with the maturity of three-proofing technology, wherein the tablet personal computer is also called a portable personal computer which is small and convenient to carry, a touch screen is used as basic input equipment, the three-proofing tablet personal computer is used for industrial application, the requirements are different, the three-proofing tablet personal computer is provided with a plurality of power supply inputs such as DC input, TYPE C input, base charging and battery discharging, and the like.
Disclosure of Invention
Aiming at the problems shown above, the invention provides a three-proofing tablet computer system with multiple sequencing power supplies and a control method thereof, which are used for solving the problems that in the background art, a user can freely select a single power supply input or a plurality of inputs to be inserted simultaneously according to subjective, the three-proofing tablet computer power supply/charge/discharge abnormality can be caused, the three-proofing tablet computer system can damage the three-proofing tablet computer system, and the service life of the three-proofing tablet computer system is reduced.
A tri-proof tablet computer system with multiple sequenced power supplies, the system comprising:
The first determining module is used for obtaining hardware configuration parameters of the target three-proofing tablet personal computer and determining the power utilization level of the target three-proofing tablet personal computer according to the hardware configuration parameters;
The second determining module is used for determining hardware state parameters of the target three-proofing tablet personal computer when different software programs are run, and determining the electricity utilization characteristic description characteristics of the target three-proofing tablet personal computer according to the hardware state parameters;
The third determining module is used for determining the ordering attribute of each power supply input based on the power utilization characteristic description characteristic and the power utilization level of the target three-proofing tablet computer and the input electrical parameters of each power supply input on the target three-proofing tablet computer;
the configuration module is used for generating a power supply input node sequence according to the sequencing attribute of each power supply input, and configuring a charging/discharging interface of the target three-proofing tablet personal computer according to the power supply input node sequence to select a sequencing mode.
Preferably, the first determining module includes:
the detection sub-module is used for determining the model information of the target three-proofing tablet personal computer, and retrieving hardware configuration parameters of the target three-proofing tablet personal computer from the equipment large database according to the model information;
The confirming sub-module is used for confirming the power consumption parameters of each hardware in the running state according to the hardware configuration parameters of the target three-proofing tablet computer;
The first determining submodule is used for determining the power consumption requirement of the target three-proofing tablet computer based on the power consumption parameters of each hardware of the target three-proofing tablet computer in the running state;
the second determining sub-module is used for determining the power utilization level of the target three-proofing tablet computer according to the power utilization requirement of the target three-proofing tablet computer.
Preferably, the second determining module includes:
The third determining submodule is used for obtaining the software type of each software program and determining target hardware of the target three-proofing tablet personal computer in a working state when each software program is operated based on the software type;
the detection sub-module is used for detecting hardware state parameters of target hardware when the target three-proofing tablet personal computer runs each software program through a preset self-checking program;
The drawing submodule is used for determining the power consumption parameters of the target three-proofing tablet personal computer when each software program is operated according to the hardware state parameters of the target hardware of the target three-proofing tablet personal computer when each software program is operated, and drawing the power consumption curve of the target three-proofing tablet personal computer according to the power consumption parameters;
And the fourth determination submodule is used for analyzing the electricity utilization curve of the target three-proofing tablet computer to determine the electricity utilization characteristic description characteristic of the target three-proofing tablet computer.
Preferably, the third determining module includes:
The fifth determining submodule is used for determining the electricity utilization characteristic of the target three-proofing tablet computer according to the electricity utilization characteristic description characteristic and the electricity utilization level of the target three-proofing tablet computer;
the sixth determining submodule is used for determining the charging/discharging characteristics of each power supply input according to the input electrical parameters of each power supply input on the target three-proofing tablet personal computer;
the matching sub-module is used for carrying out scheduling matching on the power utilization characteristics of the target three-proofing tablet personal computer and the charging/discharging characteristics of each power supply input to obtain a matching result;
A seventh determining submodule, configured to determine a scheduling priority of each power supply input according to a matching result, determine each working parameter of each power supply input when working, and determine a state priority of each power supply input according to a comparison condition of each working parameter;
And the acquisition sub-module is used for comprehensively evaluating the scheduling priority and the state priority of each power supply input, and acquiring the ordering attribute of each power supply input according to the evaluation result.
Preferably, the configuration module includes:
an eighth determining submodule, configured to determine an ideal access sequence of each power supply input according to the ordering attribute of each power supply input;
A generation sub-module for generating a power input node sequence based on the ideal access sequence of each power input and the node parameters of each power input;
The setting submodule is used for determining a power supply capacity sequencing curve of each power supply input according to the power supply input node sequence, and setting a sequencing strategy according to the power supply capacity sequencing curve;
And the configuration sub-module is used for configuring the charging/discharging interface of the target three-proofing tablet computer to select a sequencing mode according to the mode parameters and the sequencing strategy of each power supply input.
A three-proofing tablet computer control method with multiple sequencing power supply comprises the following steps:
Acquiring hardware configuration parameters of the target three-proofing tablet computer, and determining the power utilization level of the target three-proofing tablet computer according to the hardware configuration parameters;
determining hardware state parameters of the target three-proofing tablet computer when different software programs are run, and determining power utilization characteristic description features of the target three-proofing tablet computer according to the hardware state parameters;
determining sequencing attributes of all power supply inputs based on power utilization characteristic description features and power utilization levels of the target three-proofing tablet computer and input electrical parameters of all power supply inputs on the target three-proofing tablet computer;
Generating a power supply input node sequence through sequencing attributes of each power supply input, and configuring a charging/discharging interface of the target three-proofing tablet computer according to the power supply input node sequence to select a sequencing mode.
Preferably, the obtaining the hardware configuration parameter of the target tri-proof tablet computer, and determining the power consumption level of the target tri-proof tablet computer according to the hardware configuration parameter, includes:
Determining model information of the target three-proofing tablet personal computer, and searching hardware configuration parameters of the target three-proofing tablet personal computer in a large equipment database according to the model information;
confirming the power consumption parameters of each hardware in the running state according to the hardware configuration parameters of the target three-proofing tablet computer;
Determining the power consumption requirement of the target three-proofing tablet computer based on the power consumption parameters of each hardware of the target three-proofing tablet computer in the running state;
and determining the power utilization level of the target three-proofing tablet computer according to the power utilization requirement of the target three-proofing tablet computer.
Preferably, determining hardware state parameters of the target three-proofing tablet computer when different software programs are run, determining electrical characteristic description features of the target three-proofing tablet computer according to the hardware state parameters, including:
Acquiring a software type of each software program, and determining target hardware of the target three-proofing tablet computer in a working state when each software program is operated based on the software type;
Detecting hardware state parameters of target hardware of the target three-proofing tablet personal computer when each software program is operated through a preset self-checking program;
determining the power consumption parameters of the target three-proofing tablet computer when each software program is operated according to the hardware state parameters of the target hardware when each software program is operated, and drawing the power consumption curve of the target three-proofing tablet computer according to the power consumption parameters;
And analyzing the electricity utilization curve of the target three-proofing tablet computer to determine the electricity utilization characteristic description characteristic of the target three-proofing tablet computer.
Preferably, determining the ordering attribute of each power supply input based on the power consumption characteristic description feature and the power consumption level of the target three-proofing tablet computer and the input electrical parameters of each power supply input on the target three-proofing tablet computer includes:
Determining the electricity utilization characteristic of the target three-proofing tablet computer according to the electricity utilization characteristic description characteristic and the electricity utilization level of the target three-proofing tablet computer;
Determining the charging/discharging characteristics of each power supply input according to the input electrical parameters of each power supply input on the target three-proofing tablet computer;
scheduling and matching the power consumption characteristics of the target three-proofing tablet personal computer and the charging/discharging characteristics of each power supply input to obtain a matching result;
determining the scheduling priority of each power supply input according to the matching result, determining each working parameter of each power supply input during working, and determining the state priority of each power supply input according to the comparison condition of each working parameter;
And comprehensively evaluating the scheduling priority and the state priority of each power supply input, and acquiring the sequencing attribute of each power supply input according to an evaluation result.
Preferably, the generating a power supply input node sequence according to the sequencing attribute of each power supply input, and configuring the charging/discharging interface of the target three-proofing tablet computer according to the power supply input node sequence to select a sequencing mode includes:
Determining an ideal access sequence of each power supply input according to the sequencing attribute of each power supply input;
generating a power input node sequence based on the ideal access sequence of each power input and the node parameters of each power input;
determining a power supply capacity sequencing curve of each power supply input according to the power supply input node sequence, and setting a sequencing strategy according to the power supply capacity sequencing curve;
and configuring a charging/discharging interface of the target three-proofing tablet personal computer according to the mode parameters and the ordering strategy of each power supply input to select an ordering mode.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention may be realized and attained by the structure particularly pointed out in the written description and drawings.
The technical scheme of the invention is further described in detail through the drawings and the embodiments.
Drawings
The accompanying drawings are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate the invention and together with the embodiments of the invention, serve to explain the invention.
Fig. 1 is a schematic structural diagram of a three-proofing tablet computer system with multiple sequencing power supply provided by the invention;
Fig. 2 is a schematic structural diagram of a first determining module in a three-proofing tablet computer system with multiple-sequencing power supply according to the present invention;
FIG. 3 is a flowchart of a method for controlling a three-proofing tablet computer with multiple sequenced power supply according to the present invention;
fig. 4 is another workflow diagram of a method for controlling a three-proofing tablet computer with multiple sequenced power supply according to the present invention.
Detailed Description
Reference will now be made in detail to exemplary embodiments, examples of which are illustrated in the accompanying drawings. When the following description refers to the accompanying drawings, the same numbers in different drawings refer to the same or similar elements, unless otherwise indicated. The implementations described in the following exemplary examples are not representative of all implementations consistent with the present disclosure. Rather, they are merely examples of apparatus and methods consistent with some aspects of the present disclosure as detailed in the accompanying claims.
Currently, a typical tablet computer has a single power/charging interface, such as TYPEC. The three-proofing machine is a machine which is specially processed, can prevent falling (shock prevention/compression resistance), is waterproof and dustproof, is gradually applied to a tablet personal computer along with the maturity of three-proofing technology, wherein the tablet personal computer is also called a portable personal computer which is small and convenient to carry, a touch screen is used as basic input equipment, the three-proofing tablet personal computer is used for industrial application, the requirements are different, the three-proofing tablet personal computer is provided with a plurality of power supply inputs such as DC input, TYPE C input, base charging and battery discharging, and the like. In order to solve the problems, the embodiment discloses a three-proofing tablet computer system with multiple sequencing power supplies.
A three-proofing tablet computer system with multiple sequenced power supplies, as shown in fig. 1, the system comprising:
The first determining module 101 is configured to obtain a hardware configuration parameter of the target three-proofing tablet computer, and determine a power consumption level of the target three-proofing tablet computer according to the hardware configuration parameter;
the second determining module 102 is configured to determine a hardware state parameter of the target three-proofing tablet computer when running different software programs, and determine an electrical characteristic description feature of the target three-proofing tablet computer according to the hardware state parameter;
a third determining module 103, configured to determine a sequencing attribute of each power supply input based on the power consumption characteristic description feature and the power consumption level of the target tri-proof tablet computer and the input electrical parameters of each power supply input on the target tri-proof tablet computer;
the configuration module 104 is configured to generate a power supply input node sequence according to the sequencing attribute of each power supply input, and configure the charging/discharging interface of the target three-proofing tablet computer according to the power supply input node sequence to select a sequencing mode.
In this embodiment, the hardware configuration parameter is represented as configuration information of hardware such as a CPU, a processor, and a radiator of the target tri-proof tablet computer;
In the embodiment, the electricity consumption level is expressed as the electricity consumption level of the target three-proofing tablet computer when the target three-proofing tablet computer works;
in this embodiment, the hardware state parameter is represented as a description parameter representing a working state, such as an occupancy rate, a service rate, and the like of each hardware when the target three-protection tablet computer runs different software programs;
In the embodiment, the electric characteristic description characteristic is expressed as a periodic usage characteristic description characteristic of the electric power of the target three-proofing computer when the target three-proofing computer works;
in this embodiment, the input electrical parameters are represented as electrical parameters such as charging and discharging frequencies, charging and discharging currents, and the like, of each power supply input;
in this embodiment, the ordering attribute is denoted as an ordering sequence number attribute of each power supply input when charge and discharge selection is performed;
In this embodiment, the power input node sequence is represented as a ranked statistical sequence of power input nodes;
in this embodiment, the charge/discharge interface selection ordering mode is represented as an interface selection ordering mode when charging and discharging the target tri-proof tablet computer.
The working principle of the technical scheme is as follows: firstly, acquiring hardware configuration parameters of a target three-proofing tablet computer through a first determining module, and determining the power utilization level of the target three-proofing tablet computer according to the hardware configuration parameters; secondly, determining hardware state parameters of the target three-proofing tablet computer when different software programs are run by using a second determining module, and determining power utilization characteristic description features of the target three-proofing tablet computer according to the hardware state parameters; then determining sequencing attributes of all power supply inputs based on the power utilization characteristic description features and the power utilization level of the target three-proofing tablet computer and input electrical parameters of all power supply inputs on the target three-proofing tablet computer on the basis of a third determining module; and finally, generating a power supply input node sequence by using the configuration module through sequencing attributes of each power supply input, and configuring a charging/discharging interface of the target three-proofing tablet personal computer according to the power supply input node sequence to select a sequencing mode.
The beneficial effects of the technical scheme are as follows: the power supply input can be orderly selected to supply power/charge/discharge abnormality by sequencing and configuring the sequencing mode according to the power consumption characteristics and the power consumption level of the target three-proofing tablet personal computer, so that the stability is ensured, the high-load condition that a plurality of interfaces of the target three-proofing tablet personal computer work simultaneously is avoided, the self loss of the three-proofing tablet personal computer is reduced, the service life of the three-proofing tablet personal computer is prolonged, the problem that in the prior art, a user freely selects a single power supply input or a plurality of inputs to insert simultaneously according to the subjective and free choice is solved, the three-proofing tablet personal computer is not only powered/charged/discharged abnormality, but also the three-proofing tablet personal computer is damaged, and the service life is reduced.
In this embodiment, the system is further configured to:
acquiring a real-time charge and discharge requirement, and determining a charge and discharge index and an index vector according to the real-time charge and discharge requirement;
Determining influence factors and constraint conditions of each power supply input, and constructing a mathematical model of the power supply input according to the influence factors and constraint conditions of each power supply input and the working index of the power supply input;
inputting the charge and discharge indexes and the index vectors into mathematical models of each power supply input, and obtaining model output vectors of each power supply input;
Analyzing the model output vector of each power supply input to obtain standard parameters, and screening out a first power supply input meeting the real-time charging requirement according to the standard parameters of each power supply input;
Acquiring a charge-discharge function of each first power supply input, and solving a power parameter sample by using the charge-discharge function of each first power supply input;
Performing charge-discharge gain evaluation on the solving result of the charge-discharge function of each first power supply input by using a multi-element decision factor to obtain an evaluation result;
acquiring charge and discharge power gain parameters of each first power supply input based on an evaluation result of the first power supply input;
constructing a charge-discharge loss function of each first power supply input according to the charge-discharge gain parameter of each first power supply input and the charge-discharge power consumption parameter of the first power supply input;
Determining a charge-discharge function fitness function value of each first power supply input through a charge-discharge loss function of each first power supply input;
Inputting the charge and discharge indexes and the index vector into the charge function of each first power supply input, and determining a local optimal solution value and a global optimal solution value of the first power supply input according to the output result and the charge and discharge function fitness function value of the first power supply input;
And selecting the second power supply input with the largest local optimal solution value and global optimal solution value as the target power supply input of the real-time charging and discharging requirement.
In this embodiment, the real-time charging and discharging requirements are expressed as charging or discharging requirements of the user on the target tri-proof tablet computer;
In this embodiment, the charge and discharge index is a specific parameter index set by a user for charging or discharging the target tri-proof tablet computer;
in this embodiment, the index vector represents a specific index value of a specific parameter index set by a user for charging or discharging the target tri-proof tablet computer;
in the present embodiment, the influencing factors and the constraint conditions are expressed as the disturbing factors and the limiting conditions of each power supply input when the access use is performed;
in the present embodiment, the operation index is expressed as each performance index of each power supply input at the time of operation;
in the present embodiment, the mathematical model is represented as a virtual mathematical model for each power supply input;
in the embodiment, the standard reaching parameter is represented as a standard reaching parameter of a parameter index when each power supply input charges and discharges the target three-proofing tablet computer according to real-time charging and discharging requirements;
in the embodiment, the charge-discharge function is expressed as a mathematical function of each power supply input when charging and discharging the target tri-proof tablet computer;
in the present embodiment, the power parameter samples are represented as numerical samples of various parameters in the power system;
in this embodiment, the multiple decision factors are represented as decision factors for multidimensional evaluation of charge and discharge benefits;
In this embodiment, the charge-discharge loss function is expressed as a power loss function of each first power supply input when charging and discharging the target tri-proof tablet computer;
In this embodiment, the charge-discharge function fitness function value is expressed as a model input value of a charge-discharge function corresponding to a smaller power loss function output of each first power supply input when the target tri-proof tablet computer is charged and discharged;
In this embodiment, the local optimal solution value is represented as an individual optimal adjustment value of each adjustable parameter when each first power supply input processes an indicator of real-time charge-discharge requirements;
in this embodiment, the global optimal solution value represents a synchronous optimal adjustment value of all adjustable parameters when each first power supply input processes the index of the real-time charging and discharging requirement.
The beneficial effects of the technical scheme are as follows: the method has the advantages that the real-time charge and discharge requirements are analyzed to determine the suitability of each power supply input for the charge and discharge requirements, the optimal power supply input can be selected as the power supply input for the target three-proofing tablet personal computer, the suitability is guaranteed, meanwhile, the charge and discharge efficiency is guaranteed, the service life of each power supply input is prolonged, further, the optimal power supply input is selected as the screening condition according to the charge and discharge loss of each power supply input, the larger charge and discharge power loss can be avoided, meanwhile, the stability in the charge and discharge process can be guaranteed, and the practicability and reliability are further improved.
In one embodiment, as shown in fig. 2, the first determining module 101 includes:
The retrieval submodule 1011 is used for determining the model information of the target three-proofing tablet computer and retrieving hardware configuration parameters of the target three-proofing tablet computer in the equipment large database according to the model information;
the confirmation submodule 1012 is used for confirming the power consumption parameters of each hardware in the running state according to the hardware configuration parameters of the target three-proofing tablet computer;
a first determining submodule 1013, configured to determine a power consumption requirement of the target tri-proof panel computer based on a power consumption parameter of each hardware of the target tri-proof panel computer in an operating state;
A second determination submodule 1014 is configured to determine a power usage level of the target tri-proof tablet computer according to a power usage requirement of the target tri-proof tablet computer.
In this embodiment, the model information is represented as factory model information of the target three-proofing tablet computer;
in this embodiment, the power consumption requirement is expressed as a requirement parameter of the target tri-proof tablet computer for power in an operating state.
The beneficial effects of the technical scheme are as follows: the power consumption requirement of the target three-proofing tablet personal computer is determined according to the power consumption parameters of each hardware of the target three-proofing tablet personal computer in the running state, so that the power consumption level is determined, the power consumption level can be intuitively and accurately estimated according to the hardware running condition of the target three-proofing tablet personal computer, the estimation result is more objective and accurate, the condition is laid for the subsequent sequencing and selection of power supply input interfaces, and the practicability is improved.
In one embodiment, the second determining module includes:
The third determining submodule is used for obtaining the software type of each software program and determining target hardware of the target three-proofing tablet personal computer in a working state when each software program is operated based on the software type;
the detection sub-module is used for detecting hardware state parameters of target hardware when the target three-proofing tablet personal computer runs each software program through a preset self-checking program;
The drawing submodule is used for determining the power consumption parameters of the target three-proofing tablet personal computer when each software program is operated according to the hardware state parameters of the target hardware of the target three-proofing tablet personal computer when each software program is operated, and drawing the power consumption curve of the target three-proofing tablet personal computer according to the power consumption parameters;
And the fourth determination submodule is used for analyzing the electricity utilization curve of the target three-proofing tablet computer to determine the electricity utilization characteristic description characteristic of the target three-proofing tablet computer.
In the present embodiment, the software type is expressed as an application type of the software program, for example: music software, game software, office software, etc.;
In this embodiment, the preset self-checking program is represented as a self-checking program for detecting a hardware state of the computer;
in the embodiment, the electricity consumption parameter is represented as a description parameter of electricity consumption of the target three-proofing tablet computer when each software program is operated;
in the embodiment, the electricity consumption curve is represented as a change curve of the electricity consumption of the target three-proofing computer when the software program is run;
in the embodiment, analysis is represented as power consumption analysis of inflection points, peak points and estimated points of a change curve of power consumption of the target three-proofing computer when a software program is run.
The beneficial effects of the technical scheme are as follows: the power consumption curve of the target three-proofing tablet computer is analyzed to determine the power consumption characteristic description characteristic of the target three-proofing tablet computer, the power consumption interval can be accurately determined based on the power consumption parameters of the target three-proofing tablet computer when each piece of software is operated, and the description summary of the power consumption characteristic is carried out according to the curve, so that the final description characteristic can be ensured to be more in line with the actual situation, and the practicability, the data reference and the reliability are further improved.
In one embodiment, the third determining module includes:
The fifth determining submodule is used for determining the electricity utilization characteristic of the target three-proofing tablet computer according to the electricity utilization characteristic description characteristic and the electricity utilization level of the target three-proofing tablet computer;
the sixth determining submodule is used for determining the charging/discharging characteristics of each power supply input according to the input electrical parameters of each power supply input on the target three-proofing tablet personal computer;
the matching sub-module is used for carrying out scheduling matching on the power utilization characteristics of the target three-proofing tablet personal computer and the charging/discharging characteristics of each power supply input to obtain a matching result;
A seventh determining submodule, configured to determine a scheduling priority of each power supply input according to a matching result, determine each working parameter of each power supply input when working, and determine a state priority of each power supply input according to a comparison condition of each working parameter;
And the acquisition sub-module is used for comprehensively evaluating the scheduling priority and the state priority of each power supply input, and acquiring the ordering attribute of each power supply input according to the evaluation result.
In the embodiment, the power consumption characteristic is represented as the power consumption characteristic of the target three-proofing tablet computer;
In the present embodiment, the charge/discharge characteristics are expressed as power consumption characteristics of charge and discharge per power supply input;
In the embodiment, the scheduling matching is represented by matching the power consumption characteristics of the target three-proofing tablet computer with the power consumption characteristics of charge and discharge of each power supply input in an applicability manner;
in this embodiment, the scheduling priority is expressed as a priority index of scheduling for each power supply input when charging and discharging inputs are performed on the target tri-proof tablet computer;
in this embodiment, the state priority is expressed as the priority of the state parameter of each power supply input at the time of operation.
The beneficial effects of the technical scheme are as follows: all power supply inputs are ordered from two dimensions of the scheduling priority and the state priority, so that the stability of power supply input to power supply/charge/discharge of the target three-proofing tablet personal computer can be considered, the performance requirement of the power supply input to the target three-proofing tablet personal computer can be ensured to the maximum extent, and the working efficiency, the stability and the practicability are improved.
In one embodiment, the configuration module includes:
an eighth determining submodule, configured to determine an ideal access sequence of each power supply input according to the ordering attribute of each power supply input;
A generation sub-module for generating a power input node sequence based on the ideal access sequence of each power input and the node parameters of each power input;
The setting submodule is used for determining a power supply capacity sequencing curve of each power supply input according to the power supply input node sequence, and setting a sequencing strategy according to the power supply capacity sequencing curve;
And the configuration sub-module is used for configuring the charging/discharging interface of the target three-proofing tablet computer to select a sequencing mode according to the mode parameters and the sequencing strategy of each power supply input.
The beneficial effects of the technical scheme are as follows: through setting up the sequencing tactics can more rationally carry out sequencing and mode setting to each power supply input, further improved work efficiency and stability and practicality.
In this embodiment, the ideal access sequence represents the access sequence under the ideal charge and discharge input of each power supply input to the target three-proofing tablet computer.
In one embodiment, the embodiment also discloses a control method of the three-proofing tablet personal computer with multiple sequencing power supply, as shown in fig. 3, comprising the following steps:
step S301, acquiring hardware configuration parameters of a target three-proofing tablet computer, and determining the power utilization level of the target three-proofing tablet computer according to the hardware configuration parameters;
step S302, determining hardware state parameters of the target three-proofing tablet personal computer when different software programs are run, and determining power utilization characteristic description features of the target three-proofing tablet personal computer according to the hardware state parameters;
step S303, determining sequencing attributes of all power supply inputs based on power consumption characteristic description features and power consumption levels of the target three-proofing tablet computer and input electrical parameters of all power supply inputs on the target three-proofing tablet computer;
Step S304, a power supply input node sequence is generated through sequencing attributes of power supply inputs, and a sequencing mode is selected according to the power supply input node sequence by configuring a charging/discharging interface of the target three-proofing tablet personal computer.
The working principle of the technical scheme is as follows: acquiring hardware configuration parameters of the target three-proofing tablet computer, and determining the power utilization level of the target three-proofing tablet computer according to the hardware configuration parameters; determining hardware state parameters of the target three-proofing tablet computer when different software programs are run, and determining power utilization characteristic description features of the target three-proofing tablet computer according to the hardware state parameters; determining sequencing attributes of all power supply inputs based on power utilization characteristic description features and power utilization levels of the target three-proofing tablet computer and input electrical parameters of all power supply inputs on the target three-proofing tablet computer; generating a power supply input node sequence through sequencing attributes of each power supply input, and configuring a charging/discharging interface of the target three-proofing tablet computer according to the power supply input node sequence to select a sequencing mode.
The beneficial effects of the technical scheme are as follows: the power supply input can be orderly selected to supply power/charge/discharge abnormality by sequencing each power supply input according to the power consumption characteristics and the power consumption level of the target three-proofing tablet personal computer, so that the stability is ensured, the high-load condition that a plurality of interfaces of the target three-proofing tablet personal computer work simultaneously is avoided, the self loss of the three-proofing tablet personal computer is reduced, and the service life of the three-proofing tablet personal computer is prolonged.
In one embodiment, as shown in fig. 4, the obtaining the hardware configuration parameter of the target tri-proof tablet computer, and determining the power consumption level of the target tri-proof tablet computer according to the hardware configuration parameter, includes:
Step S401, determining model information of a target three-proofing tablet computer, and searching hardware configuration parameters of the target three-proofing tablet computer in a large equipment database according to the model information;
Step S402, confirming power consumption parameters of each hardware in an operation state according to hardware configuration parameters of a target three-proofing tablet computer;
Step S403, determining the power consumption requirement of the target three-proofing tablet computer based on the power consumption parameters of each hardware of the target three-proofing tablet computer in the running state;
and step S404, determining the power utilization level of the target three-proofing tablet computer according to the power utilization requirement of the target three-proofing tablet computer.
The beneficial effects of the technical scheme are as follows: the power consumption requirement of the target three-proofing tablet personal computer is determined according to the power consumption parameters of each hardware of the target three-proofing tablet personal computer in the running state, so that the power consumption level is determined, the power consumption level can be intuitively and accurately estimated according to the hardware running condition of the target three-proofing tablet personal computer, the estimation result is more objective and accurate, the condition is laid for the subsequent sequencing and selection of power supply input interfaces, and the practicability is improved.
In one embodiment, determining the hardware state parameter of the target tri-proof tablet computer when running different software programs, and determining the power consumption characteristic description feature of the target tri-proof tablet computer according to the hardware state parameter includes:
Acquiring a software type of each software program, and determining target hardware of the target three-proofing tablet computer in a working state when each software program is operated based on the software type;
Detecting hardware state parameters of target hardware of the target three-proofing tablet personal computer when each software program is operated through a preset self-checking program;
determining the power consumption parameters of the target three-proofing tablet computer when each software program is operated according to the hardware state parameters of the target hardware when each software program is operated, and drawing the power consumption curve of the target three-proofing tablet computer according to the power consumption parameters;
And analyzing the electricity utilization curve of the target three-proofing tablet computer to determine the electricity utilization characteristic description characteristic of the target three-proofing tablet computer.
The beneficial effects of the technical scheme are as follows: the power consumption curve of the target three-proofing tablet computer is analyzed to determine the power consumption characteristic description characteristic of the target three-proofing tablet computer, the power consumption interval can be accurately determined based on the power consumption parameters of the target three-proofing tablet computer when each piece of software is operated, and the description summary of the power consumption characteristic is carried out according to the curve, so that the final description characteristic can be ensured to be more in line with the actual situation, and the practicability, the data reference and the reliability are further improved.
In one embodiment, the determining the ordering attribute of each power supply input based on the power consumption characteristic description feature and the power consumption level of the target tri-proof tablet computer and the input electrical parameters of each power supply input on the target tri-proof tablet computer includes:
Determining the electricity utilization characteristic of the target three-proofing tablet computer according to the electricity utilization characteristic description characteristic and the electricity utilization level of the target three-proofing tablet computer;
Determining the charging/discharging characteristics of each power supply input according to the input electrical parameters of each power supply input on the target three-proofing tablet computer;
scheduling and matching the power consumption characteristics of the target three-proofing tablet personal computer and the charging/discharging characteristics of each power supply input to obtain a matching result;
determining the scheduling priority of each power supply input according to the matching result, determining each working parameter of each power supply input during working, and determining the state priority of each power supply input according to the comparison condition of each working parameter;
And comprehensively evaluating the scheduling priority and the state priority of each power supply input, and acquiring the sequencing attribute of each power supply input according to an evaluation result.
The beneficial effects of the technical scheme are as follows: all power supply inputs are ordered from two dimensions of the scheduling priority and the state priority, so that the stability of power supply input to power supply/charge/discharge of the target three-proofing tablet personal computer can be considered, the performance requirement of the power supply input to the target three-proofing tablet personal computer can be ensured to the maximum extent, and the working efficiency, the stability and the practicability are improved.
In one embodiment, the generating a power input node sequence according to the sequencing attribute of each power input, and configuring the charging/discharging interface of the target tri-proof tablet computer according to the power input node sequence to select the sequencing mode includes:
Determining an ideal access sequence of each power supply input according to the sequencing attribute of each power supply input;
generating a power input node sequence based on the ideal access sequence of each power input and the node parameters of each power input;
determining a power supply capacity sequencing curve of each power supply input according to the power supply input node sequence, and setting a sequencing strategy according to the power supply capacity sequencing curve;
and configuring a charging/discharging interface of the target three-proofing tablet personal computer according to the mode parameters and the ordering strategy of each power supply input to select an ordering mode.
The beneficial effects of the technical scheme are as follows: through setting up the sequencing tactics can more rationally carry out sequencing and mode setting to each power supply input, further improved work efficiency and stability and practicality.
It will be appreciated by those skilled in the art that the first and second aspects of the present invention refer to different phases of application.
Other embodiments of the disclosure will be apparent to those skilled in the art from consideration of the specification and practice of the disclosure disclosed herein. This application is intended to cover any adaptations, uses, or adaptations of the disclosure following, in general, the principles of the disclosure and including such departures from the present disclosure as come within known or customary practice within the art to which the disclosure pertains. It is intended that the specification and examples be considered as exemplary only, with a true scope and spirit of the disclosure being indicated by the following claims.
It is to be understood that the present disclosure is not limited to the precise arrangements and instrumentalities shown in the drawings, and that various modifications and changes may be effected without departing from the scope thereof. The scope of the present disclosure is limited only by the appended claims.
Claims (8)
1. A three-proofing tablet computer system with multiple sequencing power supplies, the system comprising:
The first determining module is used for obtaining hardware configuration parameters of the target three-proofing tablet personal computer and determining the power utilization level of the target three-proofing tablet personal computer according to the hardware configuration parameters;
The second determining module is used for determining hardware state parameters of the target three-proofing tablet personal computer when different software programs are run, and determining the electricity utilization characteristic description characteristics of the target three-proofing tablet personal computer according to the hardware state parameters;
The third determining module is used for determining the ordering attribute of each power supply input based on the power utilization characteristic description characteristic and the power utilization level of the target three-proofing tablet computer and the input electrical parameters of each power supply input on the target three-proofing tablet computer;
the configuration module is used for generating a power supply input node sequence through sequencing attributes of each power supply input, and configuring a charging/discharging interface of the target three-proofing tablet computer according to the power supply input node sequence to select a sequencing mode;
the third determining module includes:
The fifth determining submodule is used for determining the electricity utilization characteristic of the target three-proofing tablet computer according to the electricity utilization characteristic description characteristic and the electricity utilization level of the target three-proofing tablet computer;
the sixth determining submodule is used for determining the charging/discharging characteristics of each power supply input according to the input electrical parameters of each power supply input on the target three-proofing tablet personal computer;
the matching sub-module is used for carrying out scheduling matching on the power utilization characteristics of the target three-proofing tablet personal computer and the charging/discharging characteristics of each power supply input to obtain a matching result;
A seventh determining submodule, configured to determine a scheduling priority of each power supply input according to a matching result, determine each working parameter of each power supply input when working, and determine a state priority of each power supply input according to a comparison condition of each working parameter;
And the acquisition sub-module is used for comprehensively evaluating the scheduling priority and the state priority of each power supply input, and acquiring the ordering attribute of each power supply input according to the evaluation result.
2. The tri-proof tablet computer system with multiple sequenced power supplies of claim 1, wherein the first determination module comprises:
the detection sub-module is used for determining the model information of the target three-proofing tablet personal computer, and retrieving hardware configuration parameters of the target three-proofing tablet personal computer from the equipment large database according to the model information;
The confirming sub-module is used for confirming the power consumption parameters of each hardware in the running state according to the hardware configuration parameters of the target three-proofing tablet computer;
The first determining submodule is used for determining the power consumption requirement of the target three-proofing tablet computer based on the power consumption parameters of each hardware of the target three-proofing tablet computer in the running state;
the second determining sub-module is used for determining the power utilization level of the target three-proofing tablet computer according to the power utilization requirement of the target three-proofing tablet computer.
3. The tri-proof tablet computer system with multiple sequenced power supplies of claim 1, wherein the second determination module comprises:
The third determining submodule is used for obtaining the software type of each software program and determining target hardware of the target three-proofing tablet personal computer in a working state when each software program is operated based on the software type;
the detection sub-module is used for detecting hardware state parameters of target hardware when the target three-proofing tablet personal computer runs each software program through a preset self-checking program;
The drawing submodule is used for determining the power consumption parameters of the target three-proofing tablet personal computer when each software program is operated according to the hardware state parameters of the target hardware of the target three-proofing tablet personal computer when each software program is operated, and drawing the power consumption curve of the target three-proofing tablet personal computer according to the power consumption parameters;
And the fourth determination submodule is used for analyzing the electricity utilization curve of the target three-proofing tablet computer to determine the electricity utilization characteristic description characteristic of the target three-proofing tablet computer.
4. The tri-proof tablet computer system with multiple sequenced power supplies of claim 1, wherein the configuration module comprises:
an eighth determining submodule, configured to determine an ideal access sequence of each power supply input according to the ordering attribute of each power supply input;
A generation sub-module for generating a power input node sequence based on the ideal access sequence of each power input and the node parameters of each power input;
The setting submodule is used for determining a power supply capacity sequencing curve of each power supply input according to the power supply input node sequence, and setting a sequencing strategy according to the power supply capacity sequencing curve;
And the configuration sub-module is used for configuring the charging/discharging interface of the target three-proofing tablet computer to select a sequencing mode according to the mode parameters and the sequencing strategy of each power supply input.
5. The three-proofing tablet computer control method with multiple sequencing power supply is characterized by comprising the following steps of:
Acquiring hardware configuration parameters of the target three-proofing tablet computer, and determining the power utilization level of the target three-proofing tablet computer according to the hardware configuration parameters;
determining hardware state parameters of the target three-proofing tablet computer when different software programs are run, and determining power utilization characteristic description features of the target three-proofing tablet computer according to the hardware state parameters;
determining sequencing attributes of all power supply inputs based on power utilization characteristic description features and power utilization levels of the target three-proofing tablet computer and input electrical parameters of all power supply inputs on the target three-proofing tablet computer;
Generating a power supply input node sequence through sequencing attributes of each power supply input, and configuring a charging/discharging interface of the target three-proofing tablet computer according to the power supply input node sequence to select a sequencing mode;
The method for determining the sequencing attribute of each power supply input based on the power consumption characteristic description characteristic and the power consumption level of the target three-proofing tablet computer and the input electrical parameters of each power supply input on the target three-proofing tablet computer comprises the following steps:
Determining the electricity utilization characteristic of the target three-proofing tablet computer according to the electricity utilization characteristic description characteristic and the electricity utilization level of the target three-proofing tablet computer;
Determining the charging/discharging characteristics of each power supply input according to the input electrical parameters of each power supply input on the target three-proofing tablet computer;
scheduling and matching the power consumption characteristics of the target three-proofing tablet personal computer and the charging/discharging characteristics of each power supply input to obtain a matching result;
determining the scheduling priority of each power supply input according to the matching result, determining each working parameter of each power supply input during working, and determining the state priority of each power supply input according to the comparison condition of each working parameter;
And comprehensively evaluating the scheduling priority and the state priority of each power supply input, and acquiring the sequencing attribute of each power supply input according to an evaluation result.
6. The method for controlling a three-proofing tablet computer with multiple sequenced power supplies according to claim 5, wherein the obtaining the hardware configuration parameter of the target three-proofing tablet computer and determining the power consumption level of the target three-proofing tablet computer according to the hardware configuration parameter comprises:
Determining model information of the target three-proofing tablet personal computer, and searching hardware configuration parameters of the target three-proofing tablet personal computer in a large equipment database according to the model information;
confirming the power consumption parameters of each hardware in the running state according to the hardware configuration parameters of the target three-proofing tablet computer;
Determining the power consumption requirement of the target three-proofing tablet computer based on the power consumption parameters of each hardware of the target three-proofing tablet computer in the running state;
and determining the power utilization level of the target three-proofing tablet computer according to the power utilization requirement of the target three-proofing tablet computer.
7. The method for controlling a three-proofing tablet computer with multiple sequencing power supply according to claim 5, wherein determining hardware state parameters of the target three-proofing tablet computer when different software programs are run, determining power consumption characteristic description features of the target three-proofing tablet computer according to the hardware state parameters comprises:
Acquiring a software type of each software program, and determining target hardware of the target three-proofing tablet computer in a working state when each software program is operated based on the software type;
Detecting hardware state parameters of target hardware of the target three-proofing tablet personal computer when each software program is operated through a preset self-checking program;
determining the power consumption parameters of the target three-proofing tablet computer when each software program is operated according to the hardware state parameters of the target hardware when each software program is operated, and drawing the power consumption curve of the target three-proofing tablet computer according to the power consumption parameters;
And analyzing the electricity utilization curve of the target three-proofing tablet computer to determine the electricity utilization characteristic description characteristic of the target three-proofing tablet computer.
8. The method for controlling a tri-proof tablet computer with multiple sequenced power supplies according to claim 5, wherein generating a power supply input node sequence according to the sequenced attribute of each power supply input, configuring a charging/discharging interface selection sequencing mode of a target tri-proof tablet computer according to the power supply input node sequence, comprises:
Determining an ideal access sequence of each power supply input according to the sequencing attribute of each power supply input;
generating a power input node sequence based on the ideal access sequence of each power input and the node parameters of each power input;
determining a power supply capacity sequencing curve of each power supply input according to the power supply input node sequence, and setting a sequencing strategy according to the power supply capacity sequencing curve;
and configuring a charging/discharging interface of the target three-proofing tablet personal computer according to the mode parameters and the ordering strategy of each power supply input to select an ordering mode.
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