CN103491680B - Gear control method and device and illuminating system - Google Patents
Gear control method and device and illuminating system Download PDFInfo
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- CN103491680B CN103491680B CN201310423394.7A CN201310423394A CN103491680B CN 103491680 B CN103491680 B CN 103491680B CN 201310423394 A CN201310423394 A CN 201310423394A CN 103491680 B CN103491680 B CN 103491680B
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Abstract
The invention provides a gear control method and device and an illuminating system. The gear control method includes the steps of setting the alert electric quantity of each work gear of the illuminating system, detecting the current electric quantity of the illuminating system, comparing the current electric quantity with the alert electric quantity of each work gear, and shielding the work gear corresponding to the alert electric quantity if the current electric quantity is lower than the alert electric quantity. The invention further provides the gear control device and the illuminating system. According to the gear control method and device and the illuminating system, the alert electric quantity is set, the work gear, not supported by the current electric quantity, of the illuminating system is automatically shielded, and the technical problem that an existing illuminating system easily and suddenly stops working when the electric quantity of batteries is low is solved.
Description
Technical field
The present invention relates to field of circuit control, more particularly to a kind of gear control method, device and illuminator.
Background technology
People can be illuminated using flashlight under many circumstances, and in order to meet illumination needs, this flashlight is general
The gear of multiple different operating power can be set.When the battery electric quantity of the small-sized movable electrical equipment such as existing flashlight use is relatively low,
Can be potentially encountered problems with:
First, when directly being started with high tap position to high tap position switching or flashlight from low-grade location, because battery electric quantity is relatively low,
Voltage is also low, and cell voltage moment is pulled down to the voltage that can not support drive circuit normal work, leads to drive circuit to stop
Only work.
If two drive circuits carry gear memory function or acquiescence starts gear for high tap position, can lead to drive electricity
After road starts, moment just quits work.
Therefore it is necessary to provide a kind of gear control method, device and illuminator, to solve asking existing for prior art
Topic.
Content of the invention
The purpose of embodiments of the invention is to provide a kind of gear control method, to solve existing illuminator in electricity
Easy out-of-work technical problem suddenly when pond electricity is relatively low.
The purpose of embodiments of the invention also resides in a kind of shift-position control apparatus of offer, is existed with solving existing illuminator
Easy out-of-work technical problem suddenly when battery electric quantity is relatively low.
The purpose of embodiments of the invention also resides in a kind of illuminator of offer, to solve existing illuminator in battery
Easy out-of-work technical problem suddenly when electricity is relatively low.
For solving the above problems, the technical scheme that the present invention provides is as follows:
There is provided a kind of gear control method, it includes step:
Set the warning electricity of each operation range of illuminator；
Detect the current electric quantity of described illuminator, and the warning electricity by described current electric quantity and each operation range described
Amount is compared；And
As described current electric quantity is less than described warning electricity, then will be shielded with the described warning corresponding operation range of electricity
Cover process.
In gear control method of the present invention, as described illuminator is in starting state, and described startup shelves
Position is the operation range after shielding processing, then start gear switch to the described warning non-shielding processing of electricity highest by described
Operation range；As described illuminator is in gearshift condition, then by the operation range after described shielding processing from gearshift list
Delete.
In gear control method of the present invention, the current electric quantity of such as illuminator is less than current operation range
Warning electricity, then switch to the relatively low operation range of warning electricity by described current operation range.
In gear control method of the present invention, if described current electric quantity is higher than described warning electricity, and described police
Guard against the corresponding operation range of electricity by shielding processing, then the described warning corresponding operation range of electricity is cancelled shielding processing.
In gear control method of the present invention, described gear control method further comprises the steps of:
Set the early warning electricity of each operation range of described illuminator；
Detect the current electric quantity of described illuminator, and the early warning electricity by described current electric quantity and each operation range described
Amount is compared；And
As described current electric quantity is less than the early warning electricity of current operation range, and higher than corresponding with described early warning electricity
Warning electricity, then point out the alert status of described operation range by indicator lamp.
In gear control method of the present invention, described gear control method further comprises the steps of:
If described current electric quantity is higher than the early warning electricity of current operation range, then pass through indicator lamp point out described currently
The normal operating conditions of operation range.
A kind of shift-position control apparatus are also provided, comprising:
Warning electricity setting module, for setting the warning electricity of each operation range of illuminator；
Warning comparision of quantity of electricity module, for detecting the current electric quantity of described illuminator, and by described current electric quantity and institute
The warning electricity stating each operation range is compared；And
Shroud module, is less than described warning electricity for such as described current electric quantity, then will be corresponding with described warning electricity
Operation range carries out shielding processing.
In shift-position control apparatus of the present invention, described shift-position control apparatus also include:
After starting module, is in starting state for such as described illuminator, and described startup gear is shielding processing
Operation range, then start gear switch to the operation range of the described warning non-shielding processing of electricity highest by described；
Shift module, is in gearshift condition for such as described illuminator, then by the operation range after described shielding processing
Delete from gearshift list；
Control module, the current electric quantity for such as illuminator is less than the warning electricity of current operation range, then by institute
State current operation range and switch to the relatively low operation range of warning electricity；And
Module is cancelled in shielding, is higher than described warning electricity for such as described current electric quantity, and described warning electricity is corresponding
The described warning corresponding operation range of electricity by shielding processing, is then cancelled shielding processing by operation range.
In shift-position control apparatus of the present invention, described shift-position control apparatus also include:
Early warning electricity setting module, for setting the early warning electricity of each operation range of described illuminator；
Early warning comparision of quantity of electricity module, for detecting the current electric quantity of described illuminator, and by described current electric quantity and institute
The early warning electricity stating each operation range is compared；
Early warning module, is less than the early warning electricity of current operation range for such as described current electric quantity, and higher than with
The corresponding warning electricity of described early warning electricity, then point out the alert status of described operation range by indicator lamp；And
Work reminding module, is higher than the early warning electricity of described current operation range for such as described current electric quantity, then leads to
Cross the normal operating conditions that described current operation range pointed out by indicator lamp.
A kind of illuminator using above-mentioned shift-position control apparatus is also provided.
Compared to prior art, the gear control method of the present invention, device and illuminator pass through setting warning electricity, right
The operation range of the illuminator that current electric quantity is not supported carries out automatic shield, solves existing illuminator in battery electric quantity
Easy out-of-work technical problem suddenly when relatively low.
Brief description
Fig. 1 is the structural representation of the first preferred embodiment of shift-position control apparatus of the present invention；
Fig. 2 is the flow chart of the first preferred embodiment of gear control method of the present invention；
Fig. 3 is the structural representation of second preferred embodiment of shift-position control apparatus of the present invention；
Fig. 4 is the flow chart of second preferred embodiment of gear control method of the present invention；
Fig. 5 is the flow chart of the specific embodiment of gear control method, device and illuminator of the present invention；
Fig. 6 a is the physical circuit figure of the microcontroller of illuminator of the present invention；
Fig. 6 b is the physical circuit figure of the indicating lamp module of illuminator of the present invention；
Fig. 6 c is the physical circuit figure of the D/A converter module of illuminator of the present invention；
Fig. 6 d is the physical circuit figure of the key-press module of illuminator of the present invention；
Fig. 6 e is the physical circuit figure of the energy adjusting module of illuminator of the present invention；
Fig. 6 f is the physical circuit figure of the power module of illuminator of the present invention；
Fig. 6 g is the physical circuit figure of the temperature detecting module of illuminator of the present invention；
Fig. 6 h is the physical circuit figure of the electric power detection module of illuminator of the present invention.
Specific embodiment
The explanation of following embodiment is with reference to additional schema, the particular implementation implemented in order to illustrate the present invention may be used to
Example.
Refer to Fig. 1, Fig. 1 is the structural representation of the first preferred embodiment of shift-position control apparatus of the present invention.This is excellent
Select embodiment shift-position control apparatus 10 include guard against electricity setting module 11, warning comparision of quantity of electricity module 12, shroud module 13,
Module 17 is cancelled in starting module 14, shift module 15, control module 16 and shielding.Wherein warning electricity setting module 11 is used for
Set the warning electricity of each operation range of illuminator；Warning comparision of quantity of electricity module 12 is used for detecting the current of illuminator
Electricity 18, and the warning electricity of current electric quantity 18 and each operation range is compared；Shroud module 13 is used for such as currently electric
Amount 18 is less than warning electricity, then will carry out shielding processing with the warning corresponding operation range of electricity；Starting module 14 is used for as shone
Bright system is in starting state, and starts the operation range that gear is after shielding processing, then will start gear switch to guarding against electricity
The operation range of the amount non-shielding processing of highest；Shift module 15 is used for being in gearshift condition, then by shielding as illuminator
Operation range after reason is deleted from gearshift list；Control module 16 is used for if the current electric quantity 18 of illuminator is less than current
The warning electricity of operation range, then switch to the relatively low operation range of warning electricity by current operation range；Mould is cancelled in shielding
It is higher than warning electricity that block 17 is used for current electric quantity 18 such as, and guards against the corresponding operation range of electricity by shielding processing, then will guard against
The corresponding operation range of electricity cancels shielding processing.
The shift-position control apparatus 10 of this preferred embodiment are arranged in corresponding illuminator, and this illuminator presses user's
Need to be provided with multiple operation range.When the shift-position control apparatus 10 of this preferred embodiment use, user passes through warning electricity first
Amount setting module 11 sets the warning electricity of each operation range of illuminator, and warning electricity here refers to that illuminator exists
Certain operation range is capable of the minimum electricity of normal work, and such as the current electric quantity 18 of illuminator is less than the police of relevant work gear
Guard against electricity, then illuminator may be led to quit work suddenly because electricity is too low when this operation range works.
Subsequently warning comparision of quantity of electricity module 12 detects the current electric quantity 18 of illuminator, and by the current electric quantity detecting 18
It is compared with the warning electricity of each operation range；Here comparison can be compared one by one, i.e. current electric quantity 18 and each work
The warning electricity making gear is all compared；Also the warning electricity of operation range can be arranged from high to low, by current electric quantity 18
Compare successively with the warning electricity of operation range, such as current electric quantity 18 can stop comparing higher than the warning electricity of certain operation range
Relatively.
Then according to the comparative result of warning comparision of quantity of electricity module 12, will guard against electricity is higher than current electric quantity to shroud module 13
18 operation range carries out shielding processing, and the module 17 of shielding cancellation simultaneously will be guarded against electricity and is less than current electric quantity 18 and this warning electricity
Measure corresponding operation range carried out shielding processing operation range carry out cancel shielding processing.
After shroud module 13 is processed with shielding cancellation module 17, such as illuminator is in starting state, and starts shelves
Position is the operation range after shielding processing, then starting module 14 will start gear switch to the warning non-shielding processing of electricity highest
Operation range carry out start-up operation；As illuminator is in starting state, and start the work shelves that gear is non-shielding processing
, then starting module 14 carries out start-up operation with the startup gear given tacit consent to.
As illuminator is in gearshift condition, then shift module 15 by the operation range after shielding processing from gearshift list
Delete, thus lighting module can only switch to can be with the operation range of normal work, it is to avoid illuminator switches to warning electricity
The generation of the phenomenon that quits work suddenly when measuring higher operation range.
If illuminator is in normal illumination, used due to long, the current electric quantity 18 of illuminator may be low
In the warning electricity of current operation range, then at this moment control module 16 that current operation range is switched to warning electricity is relatively low
Operation range, the operation range after switching warning electricity with switching before the warning electricity of operation range difference more little more
Good, so can ensure that the optimal lighting experience of user, but the warning electricity of the operation range after switching must be less than photograph
The current electric quantity 18 of bright system.
Because the charging operations of illuminator or replacing battery operation are usually carry out after illuminator quits work
(i.e. in the course of normal operation of illuminator, battery electric quantity will not get more and more), therefore shroud module 13 and shielding are cancelled
Module 17 only needs to when illuminator starts or shifts gears, the operation range of illuminator be shielded and is cancelled shielding behaviour
, to ensure the normal operation of starting module 14 and shift module 15.Illuminator during normal use, by
Only can be more and more lower in current electric quantity, therefore only need to guarantee that the warning electricity of current operation range is low by control module 16
Current electric quantity 18 in illuminator.
The shift-position control apparatus 10 of this sample preferred embodiment complete the gear control process of illuminator.
The shift-position control apparatus of this preferred embodiment pass through setting warning electricity, the illuminator that current electric quantity is not supported
Operation range carry out automatic shield, solve existing illuminator easily out-of-work suddenly when battery electric quantity is relatively low
Technical problem.
Refer to Fig. 1 and Fig. 2, Fig. 2 is the flow chart of the first preferred embodiment of gear control method of the present invention.This is excellent
The gear control method selecting embodiment is usable in the shift-position control apparatus of above-mentioned first preferred embodiment, and it includes step:
S201, sets the warning electricity of each operation range of illuminator；
S202, the current electric quantity of detection illuminator, and the warning electricity of current electric quantity and each operation range is carried out
Relatively；
S203, such as current electric quantity are less than warning electricity, then will carry out shielding processing with the warning corresponding operation range of electricity；
The gear control method of this preferred embodiment ends at step s203.
Idiographic flow the following detailed description of each step of the gear control method of this preferred embodiment.
In step s201, user passes through to guard against the police of each operation range that electricity setting module 11 sets illuminator
Guard against electricity, warning electricity here refers to that certain operation range of illuminator is capable of the minimum electricity of normal work, such as illuminates
The current electric quantity 18 of system is less than the warning electricity of relevant work gear, then illuminator may be led to work in this operation range
When can quit work suddenly because electricity is too low.Then pass to step s202.
In step s202, warning comparision of quantity of electricity module 12 detects the current electric quantity 18 of illuminator, and will detect
Current electric quantity 18 is compared with the warning electricity of each operation range；Here comparison can be compared one by one, i.e. current electric quantity
18 and the warning electricity of each operation range be all compared；Also the warning electricity of operation range can be arranged from high to low, will
Current electric quantity 18 is compared successively with the warning electricity of operation range, and such as current electric quantity 18 is higher than the warning electricity of certain operation range
Can stop comparing.Then pass to step s203.
In step s203, shroud module 13, according to the comparative result of warning comparision of quantity of electricity module 12, will guard against electricity high
Operation range in current electric quantity 18 carries out shielding processing, and shielding simultaneously is cancelled module 17 and will be guarded against electricity less than current electric quantity 18
And the operation range that this corresponding operation range of warning electricity has been carried out shielding processing carries out cancelling shielding processing.
After shroud module 13 is processed with shielding cancellation module 17, such as illuminator is in starting state, and starts shelves
Position is the operation range after shielding processing, then starting module 14 will start gear switch to the warning non-shielding processing of electricity highest
Operation range carry out start-up operation；As illuminator is in starting state, and start the work shelves that gear is non-shielding processing
, then starting module 14 carries out start-up operation with the startup gear given tacit consent to.
As illuminator is in gearshift condition, then shift module 15 by the operation range after shielding processing from gearshift list
Delete, thus lighting module can only switch to can be with the operation range of normal work, it is to avoid illuminator switches to warning electricity
The generation of the phenomenon that quits work suddenly when measuring higher operation range.
If illuminator is in normal illumination, used due to long, the current electric quantity 18 of illuminator may be low
In the warning electricity of current operation range, then at this moment control module 16 that current operation range is switched to warning electricity is relatively low
Operation range, the operation range after switching warning electricity with switching before the warning electricity of operation range difference more little more
Good, so can ensure that the optimal lighting experience of user, but the warning electricity of the operation range after switching must be less than photograph
The current electric quantity 18 of bright system.
Because the charging operations of illuminator or replacing battery operation are usually carry out after illuminator quits work
(i.e. in the course of normal operation of illuminator, battery electric quantity will not get more and more), therefore shroud module 13 and shielding are cancelled
Module 17 only needs to when illuminator starts or shifts gears, the operation range of illuminator be shielded and is cancelled shielding behaviour
, to ensure the normal operation of starting module 14 and shift module 15.Illuminator during normal use, by
Only can be more and more lower in current electric quantity, therefore only need to guarantee that the warning electricity of current operation range is low by control module 16
Current electric quantity 18 in illuminator.
So complete the gear control process of the gear control method of this preferred embodiment.
The gear control method of this preferred embodiment passes through setting warning electricity, the illuminator that current electric quantity is not supported
Operation range carry out automatic shield, solve existing illuminator easily out-of-work suddenly when battery electric quantity is relatively low
Technical problem.
Refer to Fig. 3, Fig. 3 is the structural representation of second preferred embodiment of shift-position control apparatus of the present invention.?
On the basis of one preferred embodiment, the shift-position control apparatus 30 of this preferred embodiment also include early warning electricity setting module 31, pre-
Alert comparision of quantity of electricity module 32, early warning module 33 and work reminding module 34.Early warning electricity setting module 31 is used for setting
The early warning electricity of each operation range of illuminator；Early warning comparision of quantity of electricity module 32 is used for detecting the current electric quantity of illuminator
35, and the early warning electricity of current electric quantity 35 and each operation range is compared；Early warning module 33 is used for such as currently electric
Amount 35 is less than early warning electricity, and is higher than warning electricity corresponding with early warning electricity, then point out the pre- of operation range by indicator lamp
Alert state；It is higher than the early warning electricity of current operation range that work reminding module 34 is used for current electric quantity 35 such as, then pass through instruction
The normal operating conditions of the current operation range of lamp prompting.
The shift-position control apparatus 30 of this preferred embodiment are except being carried out to the operation range of illuminator using warning electricity
Control, also by early warning electricity, early warning is carried out to the working condition of illuminator simultaneously.This early warning can by with work
Make the corresponding indicator lamp of gear to realize, that is, each operation range of illuminator is provided with one or one group of indicator lamp to represent
Illuminator is in the working condition of this operation range.
When the shift-position control apparatus 30 of this preferred embodiment use, user is set by early warning electricity setting module 31 first
The early warning electricity of each operation range of illuminator.Each operation range is provided with corresponding warning electricity and early warning electricity
Amount, warning electricity refers to that the relevant work gear of illuminator is capable of the minimum electricity of normal work, identical operation range pre-
Alert electricity should be higher than that corresponding warning electricity, so can be down to the time of warning electricity to client by electricity by early warning electricity
Send the too low prompting of electricity.Early warning electricity can enter according to corresponding warning electricity and the too low prompt time of electricity being actually needed
Row is concrete to be arranged.
Subsequently early warning comparision of quantity of electricity module 32 detects the current electric quantity 35 of illuminator, and by current electric quantity 35 and each work
The early warning electricity making gear is compared, and comparison here can be compared one by one, i.e. current electric quantity 35 and each operation range
Early warning electricity is all compared；Also the early warning electricity of operation range can be arranged from high to low, by current electric quantity 35 and work shelves
The early warning electricity of position compares successively, and such as current electric quantity 35 can stop comparing higher than the early warning electricity of certain operation range.
Last such as current electric quantity 35 is higher than the early warning electricity of current operation range, then the reminding module 34 that works passes through this work
The normal operating conditions of the current operation range of indicator lamp prompting illuminator making gear is (as by blue indicator light or green
Color indicator lamp is pointed out).As current electric quantity 35 is less than the early warning electricity of current operation range, and current electric quantity 35 is higher than to work as
The warning electricity of front operation range, then early warning module 33 is by the alert status of indicator lamp prompting work at present gear
(as pointed out by the indicator lamp of red led or flicker).As current electric quantity 35 is less than the warning of current operation range
Electricity, then in control module 16(Fig. 1) current operation range is switched to the relatively low operation range of warning electricity.Certainly here
Also work reminding module 34 can be not provided with, that is, illuminator, in current operation range normal work, can not make any carrying
Show, so also can distinguish with prompting during alert status.
During as current operation range for the minimum operation range of early warning electricity, current electric quantity 35 is less than current work simultaneously
Make the early warning electricity of gear, then early warning module 33 carries out early warning by indicator lamp always until illuminator stops work
Make (when i.e. the electricity of illuminator is unable to maintain that illuminator works on guarding against the minimum operation range of electricity).
The shift-position control apparatus 30 of this sample preferred embodiment complete the gear control process of illuminator.
The shift-position control apparatus of this preferred embodiment on the basis of first preferred embodiment, by arrange early warning electricity pair
User carries out the too low early warning of electricity in time so that user has at time too low problem to this electricity of abundance
Reason, can farthest meet the needs of user.
Refer to Fig. 3 and Fig. 4, Fig. 4 is the flow chart of second preferred embodiment of gear control method of the present invention.This is excellent
The gear control method selecting embodiment is usable in the shift-position control apparatus of above-mentioned first preferred embodiment, and it includes step:
S401, sets the early warning electricity of each operation range of illuminator；
S402, the current electric quantity of detection illuminator, and the early warning electricity of current electric quantity and each operation range is carried out
Relatively；
S403, such as current electric quantity are less than early warning electricity, and are higher than warning electricity corresponding with early warning electricity, then pass through instruction
The alert status of operation range pointed out by lamp；If current electric quantity is higher than the early warning electricity of current operation range, then pass through indicator lamp
Point out the normal operating conditions of current operation range；
The gear control method of this preferred embodiment ends at step s403.
Idiographic flow the following detailed description of each step of the gear control method of this preferred embodiment.
In step s401, user sets the pre- of each operation range of illuminator by early warning electricity setting module 31
Alert electricity.Each operation range is provided with corresponding warning electricity and early warning electricity, and warning electricity refers to illuminator
Relevant work gear is capable of the minimum electricity of normal work, and the early warning electricity of identical operation range should be higher than that corresponding warning electricity
Amount, so can send the too low prompting of electricity by electricity by the time that early warning electricity is down to warning electricity to client.Early warning electricity
Amount specifically can be arranged according to corresponding warning electricity and the too low prompt time of electricity being actually needed.Then pass to step
s402.
In step s402, early warning comparision of quantity of electricity module 32 detects the current electric quantity 35 of illuminator, and by current electric quantity
35 are compared with the early warning electricity of each operation range, and comparison here can be compared one by one, that is, current electric quantity 35 and each
The early warning electricity of operation range is all compared；Also the early warning electricity of operation range can be arranged from high to low, by current electric quantity
35 are compared successively with the early warning electricity of operation range, and such as current electric quantity 35 can stop higher than the early warning electricity of certain operation range
Relatively.Then pass to step s403.
In step s403, such as current electric quantity 35 is higher than the early warning electricity of current operation range, then work reminding module
The normal operating conditions of the 34 current operation range by the indicator lamp prompting illuminator of this operation range is (as by blueness
Indicator lamp or green indicating lamp are pointed out).As current electric quantity 35 is less than the early warning electricity of current operation range, and currently electricity
Amount 35 is higher than the warning electricity of current operation range, then early warning module 33 points out work at present gear by indicator lamp
Alert status (as pointed out by the indicator lamp of red led or flicker).As current electric quantity 35 is less than current work shelves
The warning electricity of position, then in control module 16(Fig. 1) current operation range is switched to the relatively low operation range of warning electricity.
Certainly work reminding module 34 can be also not provided with here, that is, illuminator, in current operation range normal work, can not be done
Go out any prompting, so also can distinguish with prompting during alert status.
During as current operation range for the minimum operation range of early warning electricity, current electric quantity 35 is less than current work simultaneously
Make the early warning electricity of gear, then early warning module 33 carries out early warning until illuminator stopped always by indicator lamp
Journey (i.e. the electricity of illuminator is unable to maintain that illuminator works on the minimum operation range of warning electricity).
So complete the gear control process of the gear control method of this preferred embodiment.
The gear control method of this preferred embodiment on the basis of first preferred embodiment, by arrange early warning electricity pair
User carries out the too low early warning of electricity in time so that user has at time too low problem to this electricity of abundance
Reason, can farthest meet the needs of user.
The present invention also provides a kind of illuminator, and it includes above-mentioned shift-position control apparatus, the concrete work of this illuminator
Make that principle is identical with the operation principle of above-mentioned shift-position control apparatus, specifically refer to being preferable to carry out of above-mentioned shift-position control apparatus
Associated description in example.
Describe the operation principle of the gear control method, device and illuminator of the present invention, Fig. 5 below by Fig. 5 in detail
Flow chart for the specific embodiment of the gear control method of the present invention, device and illuminator.This specific embodiment includes:
Step s501, illuminator prepares to start, and goes to step s502；
Step s502, according to current electric quantity, carries out shielding processing and cancels shielding processing to operation range, particularly as follows: will
Warning electricity is higher than the operation range shielding of current electric quantity, will guard against electricity and be less than current electric quantity and this corresponding work of warning electricity
Make the operation range cancellation shielding processing that gear has been carried out shielding processing, start illuminator after being disposed, go to step
Rapid s503；
Step s503, the current electric quantity of shift-position control apparatus real-time detection illuminator, go to step s504；
Step s504, the gear shift operation of detection user, such as it is not received by the gear shift operation of user, go to step s505；
As received the gear shift operation of user, go to step s506；
Step s505, judges whether current electric quantity is less than the warning electricity of current operation range, and such as current electric quantity is higher than
The warning electricity of current operation range, then go to step s503；Otherwise go to step s507；
Step s506, after the operation range after shielding processing is deleted from gearshift list by shift-position control apparatus, is changed
Gear operation, then passes to the current electric quantity that step s503 continues real-time detection illuminator；
Step s507, current operation range is switched to the relatively low operation range of warning electricity by shift-position control apparatus, with
Go to the current electric quantity that step s503 continues real-time detection illuminator afterwards；
Step s508 also can be triggered after step s503, that is, shift-position control apparatus point out current work by indicator lamp simultaneously
Make alert status or the normal operating conditions of gear.
The physical circuit of the illuminator of the present invention is described below by Fig. 6 a- Fig. 6 g.Wherein Fig. 6 a is the photograph of the present invention
The physical circuit figure of the microcontroller of bright system；Fig. 6 b is the physical circuit figure of the indicating lamp module of illuminator of the present invention；
Fig. 6 c is the physical circuit figure of the D/A converter module of illuminator of the present invention；Fig. 6 d is the button of the illuminator of the present invention
The physical circuit figure of module；Fig. 6 e is the physical circuit figure of the energy adjusting module of illuminator of the present invention；Fig. 6 f is this
The physical circuit figure of the power module of bright illuminator；Fig. 6 g is the concrete of the temperature detecting module of illuminator of the present invention
Circuit diagram；Fig. 6 h is the physical circuit figure of the electric power detection module of illuminator of the present invention.
Wherein microcontroller is the main control chip of illuminator, for carrying out logic control to the modules of illuminator
And computing detection, wherein shift-position control apparatus may be provided in this microcontroller.Indicating lamp module is connected with microcontroller,
For by lighting current the lighting and the information such as gear of corresponding indicator lamp display illumination system, being used for carrying out early warning electricity report
Alert indicator lamp is disposed therein.D/A converter module is connected with microcontroller, for carrying out in real time to the voltage of power module
Monitoring, and calculate voltage swing, cooperation indicating lamp module carries out voltage and shows.Key-press module is connected with microcontroller, for right
User key-press operation in illuminator is detected, and responds.Energy adjusting module is connected with microcontroller, for right
The illumination of illuminator switched with led and brightness size control.Power module converts input voltage into 3.3v's
DC voltage, and be powered to each module of illuminator.Temperature detecting module is used for detecting the operating temperature of illuminator,
And this operating temperature is fed back to microcontroller so that microcontroller is controlled (as reduced power output) to drive circuit,
To reduce the operating temperature of illuminator.Electric power detection module is used for detecting and show current battery electric quantity, and detect
Electricity feeds back to microcontroller in time, to carry out gear control operation.
The gear control method of the present invention, device and illuminator pass through setting warning electricity, and current electric quantity is not supported
The operation range of illuminator carry out automatic shield, solve existing illuminator easily unexpected when battery electric quantity is relatively low
Out-of-work technical problem.
In sum although the present invention is disclosed above with preferred embodiment, but above preferred embodiment and be not used to limit
The present invention processed, those of ordinary skill in the art, without departing from the spirit and scope of the present invention, all can make various change and profit
Decorations, therefore protection scope of the present invention is defined by the scope that claim defines.
Claims (9)
1. a kind of gear control method is it is characterised in that include step:
Set the warning electricity of each operation range of illuminator；
Detect the current electric quantity of described illuminator, and the warning electricity of described current electric quantity and each operation range described is entered
Row compares；And
As described current electric quantity is less than described warning electricity, then will carry out at shielding with the described warning corresponding operation range of electricity
Reason；
If described current electric quantity is higher than described warning electricity, and the described warning corresponding operation range of electricity is by shielding processing, then
The described warning corresponding operation range of electricity is cancelled shielding processing.
2. gear control method according to claim 1 is it is characterised in that as described illuminator is in starting state,
And described start gear be shielding processing after operation range, then by described startup gear switch to described warning electricity highest
The operation range of non-shielding processing；As described illuminator is in gearshift condition, then by the operation range after described shielding processing
Delete from gearshift list.
3. gear control method according to claim 1 is it is characterised in that the current electric quantity as illuminator is less than currently
Operation range warning electricity, then described current operation range is switched to the warning relatively low operation range of electricity.
4. gear control method according to claim 1 is it is characterised in that described gear control method further comprises the steps of:
Set the early warning electricity of each operation range of described illuminator；
Detect the current electric quantity of described illuminator, and the early warning electricity of described current electric quantity and each operation range described is entered
Row compares；And
As described current electric quantity is less than the early warning electricity of current operation range, and it is higher than warning corresponding with described early warning electricity
Electricity, then point out the alert status of described operation range by indicator lamp.
5. gear control method according to claim 4 is it is characterised in that described gear control method further comprises the steps of:
If described current electric quantity is higher than the early warning electricity of current operation range, then point out described current work by indicator lamp
The normal operating conditions of gear.
6. a kind of shift-position control apparatus are it is characterised in that include:
Warning electricity setting module, for setting the warning electricity of each operation range of illuminator；
Warning comparision of quantity of electricity module is for detecting the current electric quantity of described illuminator and described current electric quantity is every with described
The warning electricity of individual operation range is compared；And
Shroud module, is less than described warning electricity for such as described current electric quantity, then will be with the described warning corresponding work of electricity
Gear carries out shielding processing；
Module is cancelled in shielding, is higher than described warning electricity for such as described current electric quantity, and the described warning corresponding work of electricity
The described warning corresponding operation range of electricity by shielding processing, is then cancelled shielding processing by gear.
7. shift-position control apparatus according to claim 6 are it is characterised in that described shift-position control apparatus also include:
Starting module, is in starting state for such as described illuminator, and the described gear that starts is for the work after shielding processing
Gear, then start gear switch to the operation range of the described warning non-shielding processing of electricity highest by described；
Shift module, is in gearshift condition for such as described illuminator, then by the operation range after described shielding processing from changing
Delete in gear list；
Control module, the current electric quantity for such as illuminator is less than the warning electricity of current operation range, then will described ought
Front operation range switches to the relatively low operation range of warning electricity.
8. shift-position control apparatus according to claim 6 are it is characterised in that described shift-position control apparatus also include:
Early warning electricity setting module, for setting the early warning electricity of each operation range of described illuminator；
Early warning comparision of quantity of electricity module is for detecting the current electric quantity of described illuminator and described current electric quantity is every with described
The early warning electricity of individual operation range is compared；
Early warning module, is less than the early warning electricity of current operation range for such as described current electric quantity, and higher than with described
Early warning electricity corresponding warning electricity, then point out the alert status of described operation range by indicator lamp；And
Work reminding module, is higher than the early warning electricity of described current operation range for such as described current electric quantity, then pass through to refer to
Show that the normal operating conditions of described current operation range pointed out by lamp.
9. a kind of usage right requires the illuminator of arbitrary shift-position control apparatus in 6-8.
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| CN201310423394.7A CN103491680B (en) | 2013-09-17 | 2013-09-17 | Gear control method and device and illuminating system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310423394.7A CN103491680B (en) | 2013-09-17 | 2013-09-17 | Gear control method and device and illuminating system |
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| CN103491680A CN103491680A (en) | 2014-01-01 |
| CN103491680B true CN103491680B (en) | 2017-01-18 |
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| CN107995720B (en) * | 2017-10-27 | 2020-07-24 | 德韧干巷汽车系统（上海）有限公司 | Gear indication lighting and diagnosis circuit of automobile gear shifter |
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| CN1668159A (en) * | 2005-02-03 | 2005-09-14 | 程涛 | Intelligent electricity-saving device for lighting supply source |
| CN101159340A (en) * | 2007-08-31 | 2008-04-09 | 奇瑞汽车有限公司 | Vehicle power management system |
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| CN201119077Y (en) * | 2007-11-08 | 2008-09-17 | 北京鸿浩天元新技术开发有限公司 | Lighting power-saving automatic control device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN200976498Y (en) * | 2006-11-30 | 2007-11-14 | 深圳市雄韬电源科技有限公司 | Lead accumulator discharging control device |
| KR100907881B1 (en) * | 2007-05-21 | 2009-07-14 | (주)드림파워텍 | Method for controlling peak power of redundant power controller |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1668159A (en) * | 2005-02-03 | 2005-09-14 | 程涛 | Intelligent electricity-saving device for lighting supply source |
| CN101156796A (en) * | 2006-10-06 | 2008-04-09 | 伊西康内外科公司 | Improvements relating to an anastomotic ring applier |
| CN101159340A (en) * | 2007-08-31 | 2008-04-09 | 奇瑞汽车有限公司 | Vehicle power management system |
| CN201119077Y (en) * | 2007-11-08 | 2008-09-17 | 北京鸿浩天元新技术开发有限公司 | Lighting power-saving automatic control device |
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Address after: 518000 2 / F and 3 / F, west side of building a, Xinghong science and Technology Park, 111 Reservoir Road, fenghuanggang community, Xixiang street, Bao'an District, Shenzhen City, Guangdong Province Patentee after: Shenzhen langheng Lighting Technology Co.,Ltd. Address before: 8 / F, building 2, dongfangming industrial city, 83 Dabao Road, Xin'an 33 District, Bao'an District, Shenzhen, Guangdong 518000 Patentee before: SHENZHEN LANGHENG ELECTRICAL Co.,Ltd. |