CN109888873A - Charge mode field control system - Google Patents
Charge mode field control system Download PDFInfo
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- CN109888873A CN109888873A CN201910184269.2A CN201910184269A CN109888873A CN 109888873 A CN109888873 A CN 109888873A CN 201910184269 A CN201910184269 A CN 201910184269A CN 109888873 A CN109888873 A CN 109888873A
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Abstract
The present invention relates to a kind of charge mode field control system, the system comprises: charge control apparatus is arranged in charger baby, and the charge power for when receiving the first control command, controlling the charger baby maintains under low-grade location charge mode；The charge control apparatus is also used to when receiving the second control command, and the charge power for controlling the charger baby maintains under high tap position charge mode；Monitoring camera equipment, is embedded on the shell of charger baby, for carrying out camera operation to charger baby ambient enviroment, to obtain immediately monitoring image, and exports the immediately monitoring image.Charge mode field control system reliable design of the invention, it is convenient and practical.Charger baby is controlled due to distinguishing the human body depth of field most shallow around charger baby on the basis of using specific aim image procossing, when there is human body within a preset range and carries out low-grade location charging, to reduce the influence to equipment performance.
Description
Technical field
The present invention relates to charge control field more particularly to a kind of charge mode field control systems.
Background technique
Charging is a Chinese vocabulary, shows the process of the equipment such as battery supplement electricity.Its principle be allow direct current from
Opposite direction of discharging passes through, so that active material restitution in battery.
In high-voltage charging, high voltage low current mode increases voltage, needs to design stacked buck electricity in the charge circuit
Road.When charging, charger can generate heat, and mobile phone can also generate heat, and influence the safety of battery.
In low pressure charging, low voltage and high current mode increases electric current, all introduces in charger circuit and battery circuit
MCU one chip microcomputer replaces reduction voltage circuit.Under the premise of low voltage and high current, realize that segmentation is horizontal by open voltage ring
The output of the electric current of stream.The resolving ideas for having used low voltage and high current is filled in VOOC sudden strain of a muscle, ensure that safety, solves mobile phone and fill
The problem of electricity fever.
Summary of the invention
The present invention at least has the inventive point of following a few place's keys:
(1) people carry out the use of equipment while carrying out equipment charge using charger baby, will lead to equipment and run
Heat causes adverse effect to equipment performance, for this purpose, on the basis of using specific aim image procossing, to most shallow around charger baby
The human body depth of field is distinguished, charger baby is controlled when there is human body within a preset range and carries out low-grade location charging, to reduce
Influence to equipment performance；
(2) right for being determined whether to execute single component image dynamic range adjustment according to the content of image to be processed
Other component images do not execute dynamic range adjustment, to reduce the data volume of dynamic range adjustment processing；
(3) dullness of background image is carried out according to the multiplicity of each blue color component value of pixel each in background image
Property parameter numerical value judgement, thus improve the monotonicity parameter of background image numerical value judgement efficiency and speed.
According to an aspect of the present invention, a kind of charge mode field control system is provided, the system comprises:
Charge control apparatus is arranged in charger baby, for when receiving the first control command, controlling the charger baby
Charge power maintain under low-grade location charge mode；
The charge control apparatus is also used to when receiving the second control command, controls the charge power of the charger baby
It maintains under high tap position charge mode；
Monitoring camera equipment, is embedded on the shell of charger baby, for carrying out camera operation to charger baby ambient enviroment, with
Immediately monitoring image is obtained, and exports the immediately monitoring image；
Background Recognition equipment is arranged in charger baby, connect with the monitoring camera equipment, for receiving the instant prison
Image is controlled, foreground image is removed from the immediately monitoring image, to obtain corresponding background image；
Monotonicity detection device is arranged in charger baby, connect with the Background Recognition equipment, for receiving the background
Image, and monotonicity detection is executed to the background image, to obtain and export the monotonicity parameter of the background image；
TM S320DM642 digital processing unit connects with the monotonicity detection device and the interpolation processing equipment respectively
It connects, for receiving the monotonicity parameter, and when the monotonicity parameter is less than or equal to default monotonicity threshold value, described in starting
Interpolation processing equipment；
Interpolation processing equipment, for receiving the immediately monitoring image from the Background Recognition equipment after actuation, to institute
The interpolation processing that immediately monitoring image executes closest first method is stated, to obtain corresponding interpolation processing image；
Component analyzing device, for receiving the interpolation processing image, to each of interpolation processing image picture
The component of vegetarian refreshments is parsed, to obtain cyan component, magenta component, yellow color component and the black point of each pixel
Amount；
Self-adaptive processing equipment, for receiving the cyan component of each pixel, magenta component, yellow color component and black
Colouring component executes dynamic range adjustment to the cyan component image of the cyan component composition of each pixel, after being adjusted
Cyan image；
Merging treatment equipment is connect with the self-adaptive processing equipment, for based on the magenta to each pixel point
Measure the magenta component image of composition, to the yellow color component image of the yellow color component of each pixel composition, to each pixel
Black component composition black component image and adjustment after cyan image merge, to obtain merging image；
Normalized equipment is connect with the merging treatment equipment, for executing at normalization to the merging image
Reason, to obtain corresponding range adjustment image；
Tdd communication apparatus is connect with the merging treatment equipment, for receiving and by time division duplex communication chain
Road transmits wirelessly the yellow color component image to the yellow color component composition of each pixel, forms to the black component of each pixel
Black component image and adjustment after cyan image；
Depth of field analytical equipment is connect with the normalized equipment, for receiving the range adjustment image, and to institute
The each human body target stated in range adjustment image carries out depth of field detection, and it is corresponding to export the wherein most shallow human body target of the depth of field
Depth of field numerical value；
Command triggers equipment is connect with the depth of field analytical equipment, pre- for being less than or equal in the depth of field numerical value received
If when depth of field threshold value, issuing the first control command；
Wherein, the command triggers equipment is also used to when the depth of field numerical value received is greater than the default depth of field threshold value,
Issue the second control command；
Wherein, the TM S320DM642 digital processing unit is also used to be greater than the default dullness in the monotonicity parameter
When property threshold value, the interpolation processing equipment is closed.
Charge mode field control system reliable design of the invention, it is convenient and practical.Due to using at specific aim image
On the basis of reason, the human body depth of field most shallow around charger baby is distinguished, charging is controlled when there is human body within a preset range
Treasured carries out low-grade location charging, to reduce the influence to equipment performance
Detailed description of the invention
Embodiment of the present invention is described below with reference to attached drawing, in which:
Fig. 1 is the shape of the charger baby according to applied by the charge mode field control system shown in embodiment of the present invention
Structure chart.
Specific embodiment
The embodiment of charge mode field control system of the invention is described in detail below with reference to accompanying drawings.
Charger baby refers to can be directly to charging of mobile devices and itself device with charge storage unit.Existing market is main
Category multifunctionality charger baby, the USB output of the standard all configured substantially, is able to satisfy the common mobile device of existing market substantially
A variety of digital products such as mobile phone, MP3, MP4, PDA, PSP, bluetooth headset, digital camera.
The charging plug of charger baby itself directly pass through AC power source can to charging of mobile devices and itself have deposit electricity
Device is equivalent to the mixture of a charger and reserve battery, compared to can simplify a charging plug for backup power source
Device, and have compared to charger he itself and deposit electric installation, can not straight power supply or it is outgoing when to digital product
Backup power source is provided.
Currently, people carry out the use of equipment while carrying out equipment charge using charger baby, will lead to equipment operation
Overheat, causes adverse effect to equipment performance, it can be seen that, lacking one kind can judge there is human body time control within a preset range
Charger baby processed carries out low-grade location charging to reduce the controlling mechanism of the influence to equipment performance.
In order to overcome above-mentioned deficiency, the present invention has built a kind of charge mode field control system, can effectively solve the problem that phase
The technical issues of answering.
Fig. 1 is the shape of the charger baby according to applied by the charge mode field control system shown in embodiment of the present invention
Structure chart.Wherein, 1 is shell, and 2 be charging indicator light, and 3 be charging plug.
The charge mode field control system shown according to an embodiment of the present invention includes:
Charge control apparatus is arranged in charger baby, for when receiving the first control command, controlling the charger baby
Charge power maintain under low-grade location charge mode；
The charge control apparatus is also used to when receiving the second control command, controls the charge power of the charger baby
It maintains under high tap position charge mode；
Monitoring camera equipment, is embedded on the shell of charger baby, for carrying out camera operation to charger baby ambient enviroment, with
Immediately monitoring image is obtained, and exports the immediately monitoring image；
Background Recognition equipment is arranged in charger baby, connect with the monitoring camera equipment, for receiving the instant prison
Image is controlled, foreground image is removed from the immediately monitoring image, to obtain corresponding background image；
Monotonicity detection device is arranged in charger baby, connect with the Background Recognition equipment, for receiving the background
Image, and monotonicity detection is executed to the background image, to obtain and export the monotonicity parameter of the background image；
TM S320DM642 digital processing unit connects with the monotonicity detection device and the interpolation processing equipment respectively
It connects, for receiving the monotonicity parameter, and when the monotonicity parameter is less than or equal to default monotonicity threshold value, described in starting
Interpolation processing equipment；
Interpolation processing equipment, for receiving the immediately monitoring image from the Background Recognition equipment after actuation, to institute
The interpolation processing that immediately monitoring image executes closest first method is stated, to obtain corresponding interpolation processing image；
Component analyzing device, for receiving the interpolation processing image, to each of interpolation processing image picture
The component of vegetarian refreshments is parsed, to obtain cyan component, magenta component, yellow color component and the black point of each pixel
Amount；
Self-adaptive processing equipment, for receiving the cyan component of each pixel, magenta component, yellow color component and black
Colouring component executes dynamic range adjustment to the cyan component image of the cyan component composition of each pixel, after being adjusted
Cyan image；
Merging treatment equipment is connect with the self-adaptive processing equipment, for based on the magenta to each pixel point
Measure the magenta component image of composition, to the yellow color component image of the yellow color component of each pixel composition, to each pixel
Black component composition black component image and adjustment after cyan image merge, to obtain merging image；
Normalized equipment is connect with the merging treatment equipment, for executing at normalization to the merging image
Reason, to obtain corresponding range adjustment image；
Tdd communication apparatus is connect with the merging treatment equipment, for receiving and by time division duplex communication chain
Road transmits wirelessly the yellow color component image to the yellow color component composition of each pixel, forms to the black component of each pixel
Black component image and adjustment after cyan image；
Depth of field analytical equipment is connect with the normalized equipment, for receiving the range adjustment image, and to institute
The each human body target stated in range adjustment image carries out depth of field detection, and it is corresponding to export the wherein most shallow human body target of the depth of field
Depth of field numerical value；
Command triggers equipment is connect with the depth of field analytical equipment, pre- for being less than or equal in the depth of field numerical value received
If when depth of field threshold value, issuing the first control command；
Wherein, the command triggers equipment is also used to when the depth of field numerical value received is greater than the default depth of field threshold value,
Issue the second control command；
Wherein, the TM S320DM642 digital processing unit is also used to be greater than the default dullness in the monotonicity parameter
When property threshold value, the interpolation processing equipment is closed.
Then, continue that the specific structure of charge mode field control system of the invention is further detailed.
In the charge mode field control system:
In the monotonicity detection device, monotonicity detection is executed to the background image, to obtain the Background
The monotonicity parameter of picture includes: that the multiplicity of each blue color component value of each pixel in the background image is smaller, is obtained
The background image monotonicity parameter it is smaller.
Can also include: in the charge mode field control system
Multi-channel loudspeaker is arranged in charger baby, is located near charge control apparatus, connects with internal estimation device
It connects, for receiving the internal electromagnetic radiation amount of charge control apparatus, and the inside electromagnetism spoke of live play and charge control apparatus
The corresponding voice messaging of the amount of penetrating.
Can also include: in the charge mode field control system
First sensor device is located near charge control apparatus, for the electromagnetism spoke near charge control apparatus
The amount of penetrating executes on-site test operation, to obtain the first amount of electromagnetic radiation.
Can also include: in the charge mode field control system
Second sensor device is located near monitoring camera equipment, for the electromagnetism spoke near monitoring camera equipment
The amount of penetrating executes on-site test operation, to obtain the second amount of electromagnetic radiation.
Can also include: in the charge mode field control system
Third sensor device is located near Background Recognition equipment, for the electromagnetism spoke near Background Recognition equipment
The amount of penetrating executes on-site test operation, to obtain third amount of electromagnetic radiation.
Can also include: in the charge mode field control system
Internal estimation device is connect with first sensor device, the second sensor device and third sensor device respectively, is used
In reception first amount of electromagnetic radiation, second amount of electromagnetic radiation and the third amount of electromagnetic radiation, and to described first
Amount of electromagnetic radiation, second amount of electromagnetic radiation and the third amount of electromagnetic radiation execute weighting estimation operation, described in obtaining
The internal electromagnetic radiation amount of charge control apparatus.
In the charge mode field control system:
In the internal estimation device, to first amount of electromagnetic radiation, second amount of electromagnetic radiation and described the
Three amount of electromagnetic radiation execute weighting estimation operation, include: by institute to obtain the internal electromagnetic radiation amount of the charge control apparatus
It states the first amount of electromagnetic radiation and the first weighted value is multiplied to obtain the first product, by second amount of electromagnetic radiation and the second weight
Value is multiplied to obtain the second product, the third amount of electromagnetic radiation and third weighted value is multiplied to obtain third product, by institute
Third product addition described in the first product, second sum of products is stated to obtain the internal electromagnetic radiation amount.
Can also include: in the charge mode field control system
In the internal estimation device, the value range of second weighted value and the third weighted value is arrived 0.25
Between 1；
Wherein, in the internal estimation device, first weighted value is greater than second weighted value and is greater than described
Third weighted value, the first weighted value value range is between 0.5 to 2.
In addition, the monotonicity detection device is a programmable logic device designed using VHDL language.
VHDL is mainly used for describing the structure of digital display circuit, behavior, function and interface.In addition to containing there are many have hardware special
Outside the sentence of sign, linguistic form, Description Style and the grammer of VHDL is to be sufficiently analogous to general computer advanced language.
The program structure features of VHDL be by an engineering design or design entity (can be an element, a circuit module or
One system) it is divided into external (or viewable portion and port) and inside (or not visible part), both it had been related to the inside of entity
Function and algorithm complete part.After defining outer interface to a design entity, once after the completion of its internal exploitation, other
Design can call directly this entity.This concept that design entity is divided into internal and external parts is the design of VHDL system
Basic point.
VHDL has powerful language construction, can describe complicated logic control with succinct specific source code
System.It has multi-level design representation function, refines layer by layer, can finally directly generate circuit-level description.VHDL supports to synchronize
The design of circuit, asynchronous circuit and stochastic circuit, this is that other hardware description languages cannot compare.VHDL also supports various
Design method had not only supported bottom-up design, but also has supported top-down design；Not only support moduleization designed, but also support layer
Secondaryization design.
It should be appreciated that each section of the invention can be realized with hardware, software, firmware or their combination.Above-mentioned
In embodiment, software that multiple steps or method can be executed in memory and by suitable instruction execution system with storage
Or firmware is realized.It, and in another embodiment, can be under well known in the art for example, if realized with hardware
Any one of column technology or their combination are realized: having a logic gates for realizing logic function to data-signal
Discrete logic, with suitable combinational logic gate circuit specific integrated circuit, programmable gate array (PGA), scene
Programmable gate array (FPGA) etc..
Those skilled in the art are understood that realize all or part of step that above-described embodiment method carries
It suddenly is that relevant hardware can be instructed to complete by program, the program can store in a kind of computer-readable storage medium
In matter, which when being executed, includes the steps that one or a combination set of embodiment of the method.
Storage medium mentioned above can be read-only memory, disk or CD etc..Although having been shown and retouching above
The embodiment of the present invention is stated, it is to be understood that above-described embodiment is exemplary, and should not be understood as to limit of the invention
System, those skilled in the art can be changed above-described embodiment, modify, replace and become within the scope of the invention
Type.
Claims (9)
1. a kind of charge mode field control system characterized by comprising
Charge control apparatus is arranged in charger baby, for when receiving the first control command, controlling filling for the charger baby
Electrical power maintains under low-grade location charge mode；
The charge control apparatus is also used to when receiving the second control command, and the charge power for controlling the charger baby maintains
Under high tap position charge mode；
Monitoring camera equipment, is embedded on the shell of charger baby, for carrying out camera operation to charger baby ambient enviroment, to obtain
Immediately monitoring image, and export the immediately monitoring image；
Background Recognition equipment is arranged in charger baby, connect with the monitoring camera equipment, for receiving the immediately monitoring figure
Picture removes foreground image from the immediately monitoring image, to obtain corresponding background image；
Monotonicity detection device is arranged in charger baby, connect with the Background Recognition equipment, for receiving the Background
Picture, and monotonicity detection is executed to the background image, to obtain and export the monotonicity parameter of the background image；
TM S320DM642 digital processing unit is connect with the monotonicity detection device and the interpolation processing equipment respectively, is used
In the reception monotonicity parameter, and when the monotonicity parameter is less than or equal to default monotonicity threshold value, start the interpolation
Processing equipment；
Interpolation processing equipment, for receiving the immediately monitoring image from the Background Recognition equipment after actuation, to it is described i.e.
When monitoring image execute the interpolation processing of closest first method, to obtain corresponding interpolation processing image；
Component analyzing device, for receiving the interpolation processing image, to each of interpolation processing image pixel
Component parsed, to obtain cyan component, magenta component, yellow color component and the black component of each pixel；
Self-adaptive processing equipment, for receiving cyan component, magenta component, yellow color component and the black point of each pixel
Amount executes dynamic range adjustment to the cyan component image of the cyan component of each pixel composition, with cyan after being adjusted
Image；
Merging treatment equipment is connect with the self-adaptive processing equipment, for based on the magenta component group to each pixel
At magenta component image, to the yellow color component image of the yellow color component of each pixel composition, to the black of each pixel
Cyan image merges after the black component image of colouring component composition and adjustment, to obtain merging image；
Normalized equipment is connect with the merging treatment equipment, for executing normalized to the merging image, with
Obtain corresponding range adjustment image；
Tdd communication apparatus is connect with the merging treatment equipment, for receive and by time division duplex communication link without
Line send the yellow color component image to the yellow color component of each pixel composition, the composition of the black component to each pixel it is black
Cyan image after colouring component image and adjustment；
Depth of field analytical equipment is connect with the normalized equipment, for receiving the range adjustment image, and to the model
It encloses each human body target in adjustment image and carries out depth of field detection, and export the wherein corresponding depth of field of the most shallow human body target of the depth of field
Numerical value；
Command triggers equipment is connect with the depth of field analytical equipment, for being less than or equal to default scape in the depth of field numerical value received
When deep threshold value, the first control command is issued；
Wherein, the command triggers equipment is also used to issue when the depth of field numerical value received is greater than the default depth of field threshold value
Second control command；
Wherein, the TM S320DM642 digital processing unit is also used to be greater than the default monotonicity threshold in the monotonicity parameter
When value, the interpolation processing equipment is closed.
2. charge mode field control system as described in claim 1, it is characterised in that:
In the monotonicity detection device, monotonicity detection is executed to the background image, to obtain the background image
Monotonicity parameter includes: that the multiplicity of each blue color component value of each pixel in the background image is smaller, the institute of acquisition
The monotonicity parameter for stating background image is smaller.
3. charge mode field control system as claimed in claim 2, which is characterized in that the system also includes:
Multi-channel loudspeaker is arranged in charger baby, is located near charge control apparatus, connect with internal estimation device, uses
In the internal electromagnetic radiation amount for receiving charge control apparatus, and the internal electromagnetic radiation amount pair of live play and charge control apparatus
The voice messaging answered.
4. charge mode field control system as claimed in claim 3, which is characterized in that the system also includes:
First sensor device is located near charge control apparatus, for the amount of electromagnetic radiation near charge control apparatus
On-site test operation is executed, to obtain the first amount of electromagnetic radiation.
5. charge mode field control system as claimed in claim 4, which is characterized in that the system also includes:
Second sensor device is located near monitoring camera equipment, for the amount of electromagnetic radiation near monitoring camera equipment
On-site test operation is executed, to obtain the second amount of electromagnetic radiation.
6. charge mode field control system as claimed in claim 5, which is characterized in that the system also includes:
Third sensor device is located near Background Recognition equipment, for the amount of electromagnetic radiation near Background Recognition equipment
On-site test operation is executed, to obtain third amount of electromagnetic radiation.
7. charge mode field control system as claimed in claim 6, which is characterized in that the system also includes:
Internal estimation device is connect, for connecing respectively with first sensor device, the second sensor device and third sensor device
First amount of electromagnetic radiation, second amount of electromagnetic radiation and the third amount of electromagnetic radiation are received, and to first electromagnetism
Amount of radiation, second amount of electromagnetic radiation and the third amount of electromagnetic radiation execute weighting estimation operation, to obtain the charging
Control the internal electromagnetic radiation amount of equipment.
8. charge mode field control system as claimed in claim 7, it is characterised in that:
In the internal estimation device, to first amount of electromagnetic radiation, second amount of electromagnetic radiation and third electricity
Magnetic radiation amount executes weighting estimation operation, includes: by described the to obtain the internal electromagnetic radiation amount of the charge control apparatus
One amount of electromagnetic radiation and the first weighted value are multiplied to obtain the first product, by second amount of electromagnetic radiation and the second weighted value phase
Multiplied by obtaining the second product, the third amount of electromagnetic radiation and third weighted value are multiplied to obtain third product, by described the
Third product addition described in one product, second sum of products is to obtain the internal electromagnetic radiation amount.
9. charge mode field control system as claimed in claim 8, which is characterized in that the system also includes:
In the internal estimation device, the value range of second weighted value and the third weighted value 0.25 to 1 it
Between；
Wherein, in the internal estimation device, first weighted value is greater than second weighted value and is greater than the third
Weighted value, the first weighted value value range is between 0.5 to 2.
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Application publication date: 20190614 |