CN110065314A - The method that data correction is carried out to printing device using consumable chip - Google Patents
The method that data correction is carried out to printing device using consumable chip Download PDFInfo
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- CN110065314A CN110065314A CN201910436258.9A CN201910436258A CN110065314A CN 110065314 A CN110065314 A CN 110065314A CN 201910436258 A CN201910436258 A CN 201910436258A CN 110065314 A CN110065314 A CN 110065314A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J2/00—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed
- B41J2/005—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by bringing liquid or particles selectively into contact with a printing material
- B41J2/01—Ink jet
- B41J2/17—Ink jet characterised by ink handling
- B41J2/175—Ink supply systems ; Circuit parts therefor
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J29/00—Details of, or accessories for, typewriters or selective printing mechanisms not otherwise provided for
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F17/00—Digital computing or data processing equipment or methods, specially adapted for specific functions
- G06F17/10—Complex mathematical operations
- G06F17/18—Complex mathematical operations for evaluating statistical data, e.g. average values, frequency distributions, probability functions, regression analysis
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Abstract
This application discloses a kind of methods for carrying out data correction to printing device using consumable chip, this method comprises: reading number of print pages, wastage in bulk or weight changing value and toner cartridge page yield；Go out to correct consumption according to number of print pages, wastage in bulk or weight changing value and toner cartridge page Production rate；Total flow is calculated according to amendment consumption；The service life of toner cartridge is shown by total flow.And existing printing device, since mistake is arranged in firmware data, so that printing device can not correctly show the service life of toner cartridge, the wastage in bulk or weight changing value of drum component is arranged according to the wastage in bulk or weight changing value that printing device firmware is arranged by the application, after printing device completes printing, read number of print pages, wastage in bulk or weight changing value and page yield, and according to read data correction total flow, the number of print pages that will exceed bulging component usage amount is converted to total flow, keep the wastage in bulk or weight changing value being arranged in bulging device wafer corresponding with page yield, printing device is set correctly to show the service life of toner cartridge.
Description
Technical field
This application involves printing device technical fields, and in particular to a kind of to carry out data to printing device using consumable chip
Modified method.
Background technique
Printing device has been indispensable equipment in the modern life, in print procedure, needs to use such as toner cartridge
Etc consumptive material.There are two types of toner cartridge can divide；One is split type toner cartridge, powder cabin, drum component can be separated, when in use, such as
Toner consumption in fruit powder storehouse is complete, can only replace powder cabin；One bulging component can replace a certain number of powder cabins；Another kind is
Integral type toner cartridge, powder cabin, drum component are inseparable, when in use, if toner consumption is complete, need replacing entire toner cartridge.
For split type toner cartridge, powder cabin and drum component are respectively arranged with a chip, and drum device wafer is used for accumulator drum group
Part page yield (maximum value that a bulging component is capable of number of print pages), number of print pages and there is the total of corresponding relationship with number of print pages
The data informations such as changing value are consumed, wastage in bulk or weight changing value has an initial value.Powder cabin chip for store number of print pages and
The data informations such as powder cabin page yield (maximum value that a powder cabin is capable of number of print pages).
For integral type toner cartridge, at least provided with a chip, for accumulator drum component page yield, (a bulging component can
The maximum value of number of print pages), data informations such as number of print pages and the wastage in bulk or weight changing value for having corresponding relationship with number of print pages, always
Consuming changing value has an initial value.At present it is known that the firmware of part printing device has failure at one, firmware handle and type face
Number has the wastage in bulk or weight changing value setting mistake of corresponding relationship, that is, the wastage in bulk or weight changing value being arranged in firmware is than in bulging device wafer
Wastage in bulk or weight changing value it is bigger, make rouse the practical number of print pages printed of component exceed drum component page yield 40%；But due to drum
Component has certain service life, and Use out of range is easy to cause bulging component to damage；In addition, drum component damage also will affect and beat
Print quality；Also, due to firmware failure, printing device can not correctly notify the life situations of user's drum component.
Since printer program solidifies, the method for operation is fixed, therefore cannot solve the event by modification printer firmware
Barrier；In addition, printer has been sold to all over the world, it is also difficult to realize modification.
Summary of the invention
In order to overcome the above-mentioned problems of the prior art, the main purpose of the application is that providing one kind can correctly lead to
Know the data correcting method of user's drum assembly life-span.
To achieve the goals above, the application specifically uses following technical scheme:
This application provides a kind of method for carrying out data correction to printing device using consumable chip, consumable chip storages
There are number of print pages, wastage in bulk or weight changing value and toner cartridge page yield, this method comprises:
The consumable chip reads the number of print pages, the wastage in bulk or weight changing value and the toner cartridge page yield.
The consumable chip goes out to repair according to the number of print pages, the wastage in bulk or weight changing value and the toner cartridge page Production rate
Positive consumption.
The consumable chip calculates total flow according to the amendment consumption.
The total flow is used to show the service life of toner cartridge.
Wherein, the wastage in bulk or weight changing value being arranged in the wastage in bulk or weight changing value and the printing device firmware is identical.
Preferably, the consumable chip goes out to repair according to the number of print pages, wastage in bulk or weight changing value and toner cartridge page Production rate
Positive consumption specifically:
The consumable chip calculates the amendment consumption according to formula D1=D2*P1；Wherein, D1 is that the amendment disappears
Consumption, D2 are every page of consumption variable quantity, and P1 is the number of print pages.
Preferably, the consumable chip calculates every page of consumption variable quantity according to formula D2=D0/P0；Wherein, D0
For the wastage in bulk or weight changing value, P0 is the toner cartridge page yield.
Preferably, the consumable chip calculates total flow according to the amendment consumption, comprising:
It is to rouse the first time after component is installed in use, the consumable chip is according to formula E in printingn=E0+/-D1
Calculate the total flow.
First time after the non-bulging component installation of printing in use, the consumable chip according to formula En=En-1+/-
D1 calculates the total flow.
Wherein, EnFor the total flow；E0For the initial value of total flow, En-1For the wastage in bulk or weight of last printing
Amount, D1 are the amendment consumption.
Present invention also provides another method for carrying out data correction to printing device using consumable chip, consumable chips
Including drum device wafer and powder cabin chip, the bulging device wafer is stored with wastage in bulk or weight changing value and drum component page yield, described
Powder cabin chip is stored with powder cabin page yield, this method comprises:
The bulging device wafer reads the wastage in bulk or weight changing value, the bulging component page yield and the powder cabin page yield.
The bulging device wafer is according to the wastage in bulk or weight changing value, the bulging component page yield and the powder cabin page yield meter
Calculate amendment consumption.
The bulging device wafer calculates total flow according to the amendment consumption.
The total flow is used to show the service life of toner cartridge.
Wherein, the wastage in bulk or weight changing value being arranged in the wastage in bulk or weight changing value and the printing device firmware is identical.
Preferably, the powder cabin chip is also stored with number of print pages, and the bulging device wafer changes according to the wastage in bulk or weight
Value, the bulging component page yield and the powder cabin page Production rate go out to correct consumption, comprising:
The bulging device wafer judges whether the number of print pages is equal to the powder cabin page yield.
When the number of print pages is equal to the powder cabin page yield, the bulging device wafer according to formula D1=D2*P01,
D2=D0/P0 calculates the amendment consumption.
Wherein, D1 is the amendment consumption, and D2 is every page of consumption variable quantity, and P01 is powder cabin page yield, and D0 is wastage in bulk or weight
Changing value, P0 are drum component page yield.
Preferably, the bulging device wafer calculates total flow according to the amendment consumption, comprising:
The bulging device wafer judges MnWhether 2 are greater than or equal to.
Work as MnWhen >=2, the bulging device wafer is according to formula En=En-1+/- D1 calculates the total flow.
Work as MnWhen < 2, the bulging device wafer is according to formula En=E0+/- D1 calculates the total flow.
Wherein, MnFor the powder cabin quantity currently replaced, EnFor the total flow, E0For the initial value of total flow, En-1
For the total flow of last printing, D1 is the amendment consumption.
Correspondingly, present invention also provides a kind of for carrying out the consumable chip of data correction, the consumption to printing device
Material chip includes:
Storage unit, for storing number of print pages, wastage in bulk or weight changing value and toner cartridge page yield
Data capture unit, for reading the number of print pages, the wastage in bulk or weight changing value and the toner cartridge page yield.
First processing units, for being gone out according to the number of print pages, wastage in bulk or weight changing value and the toner cartridge page Production rate
Correct consumption.
The second processing unit, for calculating total flow according to the amendment consumption.
The total flow is used to show the service life of toner cartridge.
Wherein, the wastage in bulk or weight changing value being arranged in the wastage in bulk or weight changing value and firmware is identical.
Preferably, the first processing units, for calculating the amendment consumption according to formula D1=D2*P1；Its
In, D1 is the amendment consumption, and D2 is every page of consumption variable quantity, and P1 is the number of print pages.
Preferably, the first processing units are also used to calculate every page of amendment consumption according to formula D2=D0/P0
Amount；Wherein, D0 is the wastage in bulk or weight changing value, and P0 is the toner cartridge page yield.
Preferably, described the second processing unit, used in printing be drum component installation after first time in use, according to
Formula En=E0+/- D1 calculates the total flow.
First time after the non-bulging component installation of printing is in use, according to formula En=En-1+/- D1 calculates described total
Consumption.
Wherein, EnFor the total flow；E0For the initial value of total flow, En-1For the wastage in bulk or weight of last printing
Amount, D1 are the amendment consumption.
Correspondingly, present invention also provides a kind of storage medium, the storage medium includes the program of storage, wherein
Equipment described program controls the storage medium when running where executes above-mentioned data correcting method.
The wastage in bulk or weight changing value of drum component is arranged according to the wastage in bulk or weight changing value that printing device firmware is arranged by the application, is beating
After the completion of printing apparatus executes printing, number of print pages, wastage in bulk or weight changing value and page yield are read, and according to number of print pages, total
It consumes changing value and toner cartridge page yield corrects total flow, the number of print pages that will exceed bulging component usage amount is converted to wastage in bulk or weight
Amount keeps the wastage in bulk or weight changing value being arranged in bulging device wafer corresponding with toner cartridge page yield, printing device is enable correctly to show selenium
The bulging service life.
Detailed description of the invention
Fig. 1 is drum device wafer module frame chart.
Fig. 2 is the data correcting method flow chart of the embodiment of the present application 1.
Fig. 3 is the specific flow chart of step S03 in Fig. 2.
Fig. 4 is the data correcting method flow chart of the embodiment of the present application 2.
Fig. 5 is the specific flow chart of step S17 in Fig. 4.
Fig. 6 is the specific flow chart of step S18 in Fig. 4.
Fig. 7 is the data correction apparatus module block diagram of the embodiment of the present application 3.
Specific embodiment
It is with reference to the accompanying drawings and embodiments, right in order to which the objects, technical solutions and advantages of the application are more clearly understood
The application is further elaborated.It should be appreciated that specific embodiment described herein is only used to explain the application, and
It is not used in restriction the application.
For split type toner cartridge, it is respectively arranged with chip on drum component and powder cabin, as shown in Figure 1, being split type toner cartridge
Drum device wafer, which includes controller and memory.Drum device wafer controller is for judging printing device
The instruction of transmission, and control chip and execute instruction；Drum device wafer memory is used to store wastage in bulk or weight changing value, total flow
Initial value, amendment consumption, total flow, toner cartridge page yield and the consumptive materials related data such as number of print pages, wherein toner cartridge page produces
Amount is referred to as rousing component page yield in split type toner cartridge.And powder cabin chip is for storing number of print pages and powder cabin page yield
Etc. related datas.
For the toner cartridge of integral type, it is provided with a selenium drum chip, which also includes controller and memory, selenium
Drum chip controller is used to judge the instruction that printing device is sent, and controls chip and execute instruction；Drum device wafer memory is used
In storage wastage in bulk or weight changing value, the initial value of total flow, amendment consumption, total flow, toner cartridge page yield and type face
The consumptive materials related datas such as number.
Wherein, wastage in bulk or weight changing value and drum component page yield have corresponding relationship, and the initial value of total flow is that record is total
Consume the initial value of variation.For example, the number of print pages for carrying out first time printing is page 100 after toner cartridge is installed to printing device,
Then there is consumption 0x06 corresponding with page 100, is added or is subtracted each other consumption on the initial value of total flow at this time
0x06, available total flow data corresponding with the drum assembly life-span of toner cartridge；And toner cartridge page yield print after,
By the initial value of total flow, the sum for being added or subtracting each other is wastage in bulk or weight changing value.
Because the wastage in bulk or weight changing value being arranged in the firmware of existing part printing device and drum device wafer are actual not
With (the wastage in bulk or weight changing value being arranged in the firmware of printing device is greater than the drum actual wastage in bulk or weight changing value of device wafer), and cause
Drum component Use out of range；Make to rouse component actually the number of print pages that can print beyond page yield 40% or so, i.e. printing device
Wastage in bulk or weight changing value is bigger；But since drum component has certain service life, Use out of range is easy to cause bulging component to damage；
In addition, drum component damage also will affect print quality.So in this application, before drum device wafer factory, chip storage
Wastage in bulk or weight changing value is the wastage in bulk or weight changing value being arranged in printing device firmware.And consumption is corrected by rousing device wafer according to depositing
The wastage in bulk or weight changing value of storage, the number of print pages of this printing and page yield are converted to obtain, and amendment consumption can incite somebody to action
Printer firmware setting, corresponding with the number of print pages for having more bulging component page yield consumption changing value, is converted to bulging component core
Every page of consumption variable quantity in piece, so that the wastage in bulk or weight changing value for rousing device wafer be made to meet the facilities of printer firmware.
So that client can understand service condition in real time, replaced in time, print quality is asked caused by avoiding due to drum component damage
Topic.
Embodiment 1
As shown in Fig. 2, embodiments herein disclose it is a kind of using consumable chip to printing device carry out data correction
Method, this method is not only suitable for integral type toner cartridge, is also applied for split type toner cartridge because, the selenium drum chip of integral type toner cartridge
With the data such as bulging component page yield, number of print pages and wastage in bulk or weight changing value are all stored on the drum device wafer of split type toner cartridge.
This method includes that step is poly-:
Step S01, printing device power on, and execute printing, and after printing, printing device, which is sent, reads drum group
The part service life instructs to consumable chip.
Wherein, in the present embodiment, for integral type toner cartridge, consumable chip refers to selenium drum chip, for split type toner cartridge,
Consumable chip refers to bulging device wafer.
Step S02, consumable chip controller read number of print pages, wastage in bulk or weight changing value and toner cartridge page yield.
Specifically, in the present embodiment, it is stored on bulging device wafer memory by drum device wafer controller reading
Wastage in bulk or weight changing value, toner cartridge page yield and the number of print pages of this printing.
Step S03, consumable chip controller go out this according to number of print pages, wastage in bulk or weight changing value and toner cartridge page Production rate
The total flow of printing, and the total flow is sent to printing device.
S05, printing device show the service life of toner cartridge according to total flow.
For example, situations such as showing remaining number of print pages on printing device screen, the service life be remaining.
As shown in figure 3, specifically, step S03 is further included steps of
Step S31, consumable chip controller judge whether this printing is to use for the first time after the installation of bulging component.
When if the determination result is YES, step S32 is executed；Or judging result be it is no when, execute step S34.
Step S32, consumable chip controller go out to correct according to number of print pages, wastage in bulk or weight changing value and toner cartridge page Production rate
Consumption, it may be assumed that D1=D2*P1, D2=D0/P0.
Wherein, D1 is amendment consumption, and D2 is every page of consumption variable quantity, and P1 is number of print pages, and D0 is wastage in bulk or weight changing value,
P0 is the page yield of drum component.
Step S33, consumable chip controller are corrected according to amendment consumption and calculate the wastage in bulk or weight of this printing
Amount, that is, En=E0+/-D1。
If the initial value of total flow is minimum value, total flow is to be incremented by presentation, that is, En=E0+D1。
Alternatively, if the initial value E of total flow0It is maximum value, then total flow is presentation of successively decreasing, that is, En=E0-D1。
Wherein, EnFor total flow, E0For the initial value of total flow, D1 is amendment consumption.
Step S34, consumable chip controller go out to correct according to number of print pages, wastage in bulk or weight changing value and toner cartridge page Production rate
Consumption, it may be assumed that D1=D2*P1, D2=D0/P0.
Wherein, D1 is amendment consumption, and D2 is every page of consumption variable quantity, and P1 is number of print pages, and D0 is wastage in bulk or weight changing value,
P0 is the page yield of drum component.
Step S35, consumable chip controller are corrected according to amendment consumption and calculate the wastage in bulk or weight of this printing
Amount, that is, En=En-1+/-D1。
If the initial value of total flow is minimum value, total flow is to be incremented by presentation, that is, En=En-1+D1。
Alternatively, total flow is presentation of successively decreasing, that is, E if the initial value of total flow is maximum valuen=En-1-D1。
Wherein, EnFor total flow, En-1For the total flow of last printing.
Embodiment 2
Present embodiment be suitable for split type toner cartridge, the present embodiment the difference from embodiment 1 is that, in the present embodiment,
Consumable chip includes drum device wafer and powder cabin chip.After the ink powder of a powder cabin, which is used up, to be finished, drum device wafer can be read
It takes the page yield of powder cabin, and is calculated according to the wastage in bulk or weight changing value of itself storage with bulging component page yield, corrects and always disappear
Consumption data.I.e. in the present embodiment, drum device wafer be by read the number of print pages of powder cabin chip (in order to count convenient, to
The ink powder of powder cabin be used up finish after, directly read the page yield of powder cabin), to obtain the data.
As shown in figure 4, the data correcting method of this implementation specifically includes the following steps:
Step S11 makes to rouse device wafer and the electrical connection of powder cabin chip.
Specifically, before the factory of split type toner cartridge, make to rouse device wafer and the electrical connection of powder cabin chip.
Step S12, drum device wafer controller read the number of print pages and powder cabin page yield of powder cabin chip.
Specifically, printer powers on, executes printing；After printing, printer, which is sent, reads the drum component longevity
Drum device wafer is given in life instruction；Drum device wafer controller reads the number of print pages and powder cabin page yield of powder cabin chip.
Step S13, drum device wafer controller judge whether the number of print pages of powder cabin chip is that initial value (judges that powder cabin is
No is new powder cabin).
When if the determination result is YES, step S14 is executed, if judging result is no, executes step S15.
Step S14, drum device wafer controller calculate the powder cabin quantity currently replaced；That is, Mn=Mn-1+1。
Wherein, MnFor the powder cabin quantity currently replaced, Mn-1For the powder cabin quantity of last time replacement.
Step S15, drum device wafer controller judge whether number of print pages is equal to the page yield of powder cabin.
When if the determination result is YES, execute step S16, if sentence result be it is no when, terminate this process.
Step S16, drum device wafer controller judge whether the powder cabin quantity of replacement is greater than or equal to 2.
That is, it is judged that MnWhether 2 are greater than or equal to.
When if the determination result is YES, step S17 is executed；If judging result is no, S18 is thened follow the steps.
Step S17, in the upper drum component total flow once calculated, superposition ground is calculated, is repaired drum device wafer controller
The total flow of positive drum component.
That is, En=En-1+/- D1, and total flow is sent to printing device.
Step S18, drum device wafer controller are calculated on the initial value of drum component total flow, correct bulging group
The total flow of part.
That is, En=E0Total flow is simultaneously sent to printing device by +/- D1.
Step S19, the total flow that printing device is provided according to drum device wafer, the service life of Display Drum component.
As shown in figure 5, step S17 is further included steps of
Step S171, drum device wafer controller calculate amendment consumption.
That is, D1=D2*P01, D2=D0/P0, wherein D1 is amendment consumption, and D2 is every page of consumption variable quantity, and P01 is
Powder cabin page yield, D0 are wastage in bulk or weight changing value, and P0 is drum component page yield.
Step S172, drum device wafer controller calculate total flow according to the amendment consumption of this printing.
If the initial value of total flow is minimum value, total flow is to be incremented by presentation, this total flow used
En=En-1+D1。
Alternatively, total flow is presentation of successively decreasing, and what this was used always disappears if the initial value of total flow is maximum value
Consumption En=En-1-D1。
Wherein, EnFor total flow, En-1For the total flow that a upper powder cabin has printed, D1 is amendment consumption.
As shown in fig. 6, step S18 is further included steps of
Step S181, drum device wafer controller calculate amendment consumption.
That is, D1=D2*P01, D2=D0/P0；Wherein, D1 is amendment consumption, and D2 is every page of consumption variable quantity, and P01 is
Powder cabin page yield, D0 are wastage in bulk or weight changing value, and P0 is drum component page yield.
Step S182, drum device wafer controller calculate total flow according to the amendment consumption of this printing.
If the initial value of total flow is minimum value, total flow is to be incremented by presentation, total flow En=E0+D1。
Alternatively, total flow is presentation of successively decreasing: total flow E if the initial value of total flow is maximum valuen=E0-
D1。
Wherein, EnFor total flow, E0For the initial value of total flow, D1 is amendment consumption.
Embodiment three
Present embodiment discloses a kind of for carrying out the consumable chip of data correction to printing device, which is used for
Above-mentioned data correcting method is executed, as shown in fig. 7, the consumable chip includes: storage unit 100, data capture unit 200,
One processing unit 300 and the second processing unit 400.
Storage unit 100, for storing number of print pages, wastage in bulk or weight changing value and toner cartridge page yield.
Data capture unit 200, for reading number of print pages, wastage in bulk or weight changing value and toner cartridge page yield.
First processing units 300 disappear for going out to correct according to number of print pages, wastage in bulk or weight changing value and toner cartridge page Production rate
Consumption.
The second processing unit 400, for calculating total flow according to amendment consumption.
Wherein, printing device shows the service life of toner cartridge according to total flow.
Wherein, the wastage in bulk or weight changing value being arranged in the wastage in bulk or weight changing value and firmware is identical.
Specifically, data capture unit 200 are stored on 100 memory of storage unit for reading to be stored in read
The number of print pages of wastage in bulk or weight changing value, toner cartridge page yield and this printing.First processing units 300, for according to formula
D1=D2*P1, D2=D0/P0 calculate amendment consumption.Wherein, D1 is amendment consumption, and D2 is every page of consumption variable quantity, and P1 is
Number of print pages, D0 are wastage in bulk or weight changing value, and P0 is toner cartridge page yield.The second processing unit 400, for being drum group in printing
First time after part installation is in use, according to formula En=E0+/- D1 calculates the total flow.In the non-bulging component of printing
First time after installation is in use, according to formula En=En-1+/- D1 calculates the total flow.Wherein, EnFor the wastage in bulk or weight
Amount；E0For the initial value of total flow, En-1For the total flow of last printing, D1 is the amendment consumption.
Example IV
Present embodiment discloses a kind of storage medium, which includes the program of storage, wherein in program operation
Equipment executes following steps where controlling storage medium:
Read number of print pages, wastage in bulk or weight changing value and drum component page yield；According to the number of print pages, wastage in bulk or weight changing value
And drum component page Production rate goes out to correct consumption；Total flow is calculated according to the amendment consumption；Always disappeared according to described
Consumption shows the service life of toner cartridge.
In program operation, equipment where control storage medium also executes following steps: what is stored in reading drum component always disappears
Consume changing value and drum component page yield；And read the number of print pages stored in drum component or in powder cabin.
In program operation, equipment where control storage medium also executes following steps: by formula D1=D2*P1, D2=
D0/P0 calculates amendment consumption.Wherein, D1 is amendment consumption, and D2 is every page of consumption variable quantity, and P1 is number of print pages, D0
For wastage in bulk or weight changing value, P0 is drum component page yield.
In program operation, equipment where control storage medium also executes following steps: being drum component installation in printing
First time afterwards is in use, pass through formula En=E0+/- D1 calculates total flow；After the non-bulging component installation of printing
For the first time in use, passing through formula En=En-1+/- D1 calculates total flow.Wherein, En is total flow；E0 is wastage in bulk or weight
The initial value of amount, En-1For the total flow of last printing, D1 is amendment consumption.
In program operation, equipment where control storage medium also executes following steps: reading the powder cabin page stored in powder cabin
Yield.
Program operation when control storage medium where equipment also execute following steps: judge the number of print pages whether etc.
In powder cabin page yield；When the number of print pages is equal to powder cabin page yield, amendment consumption: D1=D2*P01, D2=is calculated
D0/P0；Wherein, D1 is amendment consumption, and D2 is every page of consumption variable quantity, and P01 is powder cabin page yield, and D0 is wastage in bulk or weight variation
Value, P0 are drum component page yield.
In program operation, equipment where control storage medium also executes following steps: judging MnWhether 2 are greater than or equal to；
Work as MnWhen >=2, pass through formula En=En-1+/- D1 calculates total flow；Work as MnWhen < 2, pass through formula En=E0+/- D1 is calculated
Total flow；Wherein, MnFor the powder cabin quantity currently replaced, EnFor total flow, E0 is the initial value of total flow, En-1It is upper
The total flow of printing, D1 are amendment consumption.
Those of ordinary skill in the art will appreciate that realizing all or part of the process in above method embodiment, being can be with
Relevant hardware is instructed to complete by computer program, such as:
The drum device wafer of the application includes memory and processor, and the memory is used to store program instruction code,
The processor is for executing the program instruction code, to realize data correcting method in above-described embodiment.
The program can be stored in a computer-readable storage medium, and the program is when being executed, it may include as above
State the process of the embodiment of each method.Wherein, the storage medium can be magnetic disk, CD, read-only memory (Read-
Only Memory, ROM) or random access memory (Random Access Memory, RAM) etc..
The preferable specific embodiment of the above, only the application, but the protection scope of the application is not limited thereto,
Within the technical scope of the present application, any changes or substitutions that can be easily thought of by anyone skilled in the art,
Should all it cover within the scope of protection of this application.Therefore, the protection scope of the application should be with scope of protection of the claims
Subject to.
Claims (10)
1. a kind of method for carrying out data correction to printing device using consumable chip, consumable chip is stored with number of print pages, total
Consume changing value and toner cartridge page yield, which is characterized in that the described method includes:
The consumable chip reads the number of print pages, the wastage in bulk or weight changing value and the toner cartridge page yield；
The consumable chip goes out to correct according to the number of print pages, the wastage in bulk or weight changing value and the toner cartridge page Production rate to disappear
Consumption；
The consumable chip calculates total flow according to the amendment consumption；
The total flow is used to show the service life of toner cartridge；
Wherein, the wastage in bulk or weight changing value being arranged in the wastage in bulk or weight changing value and the printing device firmware is identical.
2. the method according to claim 1, wherein the consumable chip is according to the number of print pages, wastage in bulk or weight
Changing value and toner cartridge page Production rate go out to correct consumption specifically:
The consumable chip calculates the amendment consumption according to formula D1=D2*P1；
Wherein, D1 is the amendment consumption, and D2 is every page of consumption variable quantity, and P1 is the number of print pages.
3. according to the method described in claim 2, it is characterized in that, the consumable chip is calculated according to formula D2=D0/P0
Every page of consumption variable quantity；
Wherein, D0 is the wastage in bulk or weight changing value, and P0 is the toner cartridge page yield.
4. according to the method described in claim 2, it is characterized in that, the consumable chip is calculated according to the amendment consumption
Total flow, comprising:
It is to rouse the first time after component is installed in use, the consumable chip is according to formula E in printingn=E0+/- D1 is calculated
The total flow；
First time after the non-bulging component installation of printing in use, the consumable chip according to formula En=En-1+/- D1 meter
Calculate the total flow；
Wherein, EnFor the total flow；E0For the initial value of total flow, En-1For the total flow of last printing,
D1 is the amendment consumption.
5. a kind of method for carrying out data correction to printing device using consumable chip, consumable chip includes drum device wafer and powder
Storehouse chip, the bulging device wafer are stored with wastage in bulk or weight changing value and drum component page yield, and the powder cabin chip is stored with powder cabin
Page yield, which is characterized in that the described method includes:
The bulging device wafer reads the wastage in bulk or weight changing value, the bulging component page yield and the powder cabin page yield；
The bulging device wafer goes out according to the wastage in bulk or weight changing value, the bulging component page yield and the powder cabin page Production rate
Correct consumption；
The bulging device wafer calculates total flow according to the amendment consumption；
The total flow is used to show the service life of toner cartridge；
Wherein, the wastage in bulk or weight changing value being arranged in the wastage in bulk or weight changing value and the printing device firmware is identical.
6. according to the method described in claim 5, it is characterized in that, the powder cabin chip is also stored with number of print pages, the drum
Device wafer goes out to correct consumption according to the wastage in bulk or weight changing value, the bulging component page yield and the powder cabin page Production rate
Amount, comprising:
The bulging device wafer judges whether the number of print pages is equal to the powder cabin page yield；
When the number of print pages is equal to the powder cabin page yield, the bulging device wafer is according to formula D1=D2*P01, D2=
D0/P0 calculates the amendment consumption；
Wherein, D1 is the amendment consumption, and D2 is every page of consumption variable quantity, and P01 is powder cabin page yield, and D0 is wastage in bulk or weight variation
Value, P0 are drum component page yield.
7. according to the method described in claim 6, it is characterized in that, the bulging device wafer is calculated according to the amendment consumption
Total flow out, comprising:
The bulging device wafer judges MnWhether 2 are greater than or equal to；
Work as MnWhen >=2, the bulging device wafer is according to formula En=En-1+/- D1 calculates the total flow；
Work as MnWhen < 2, the bulging device wafer is according to formula En=E0+/- D1 calculates the total flow；
Wherein, MnFor the powder cabin quantity currently replaced, EnFor the total flow, E0For the initial value of total flow, En-1It is upper
The total flow of printing, D1 are the amendment consumption.
8. a kind of for carrying out the consumable chip of data correction to printing device, which is characterized in that the consumable chip includes:
Storage unit, for storing number of print pages, wastage in bulk or weight changing value and toner cartridge page yield.
Data capture unit, for reading the number of print pages, the wastage in bulk or weight changing value and the toner cartridge page yield；
First processing units, for being gone out according to the number of print pages, the wastage in bulk or weight changing value and the toner cartridge page Production rate
Correct consumption；
The second processing unit, for calculating total flow according to the amendment consumption；
The total flow is used to show the service life of toner cartridge；
Wherein, the wastage in bulk or weight changing value being arranged in the wastage in bulk or weight changing value and firmware is identical.
9. device according to claim 8, which is characterized in that the first processing units, for according to formula D1=D2*
P1, D2=D0/P0 calculate the amendment consumption；
Wherein, D1 is the amendment consumption, and D2 is every page of consumption variable quantity, and P1 is the number of print pages, and D0 always disappears to be described
Changing value is consumed, P0 is the toner cartridge page yield.
10. a kind of storage medium, which is characterized in that the storage medium includes the program of storage, wherein run in described program
When control the storage medium where equipment perform claim require any one of 1 to 7 described in data correcting method.
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Address after: 519075 1st, 3rd, 4th, 5th, 6th, 7th and 8th floors, building 01, No. 83, Guangwan street, Xiangzhou District, Zhuhai City, Guangdong Province Patentee after: Jihai Microelectronics Co.,Ltd. Address before: 519075 1st, 3rd, 4th, 5th, 6th, 7th and 8th floors, building 01, No. 83, Guangwan street, Xiangzhou District, Zhuhai City, Guangdong Province Patentee before: APEX MICROELECTRONICS Co.,Ltd. |