CN101196709A - Image forming apparatus - Google Patents
Image forming apparatus Download PDFInfo
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- CN101196709A CN101196709A CNA2007101702340A CN200710170234A CN101196709A CN 101196709 A CN101196709 A CN 101196709A CN A2007101702340 A CNA2007101702340 A CN A2007101702340A CN 200710170234 A CN200710170234 A CN 200710170234A CN 101196709 A CN101196709 A CN 101196709A
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Abstract
An image forming device includes a paper supplying unit which provides the paper for printing, a paper supplying roller and a paper supplying roller driving timer which measures the driving time of the paper supplying roller, an imaging unit which forms image on the transferring medium, a transferring unit which transfers the formed image to the paper supplied by the paper supplying unit, a storing unit which stores the accumulated driving time measured by the paper supplying roller driving timer, and a control unit which controls the operating time of the paper supplying unit, imaging unit and the transferring unit. When the continuous printing is executed the control unit determines the preset interval in the continuous imaging of the imaging unit and a paper feeding failure judging time according to the accumulated driving time of the paper supplying roller. The imaging unit does not wait the next paper supplied by the paper supplying unit and firstly forms an image to be printed next spacing the interval. When the paper feeding roller does not complete the paper feeding operation in the time set by the paper feeding failure judging time the paper feeding unit judges the paper feeding failure.
Description
Technical field
The present invention relates to have the paper feed unit that is used to provide paper and the image processing system of the print unit of print image on this paper.
Background technology
Japan special permission open " spy opens flat 07-172614 communique " (below be referred to as document 1), Japan special permission open " spy opens flat 08-085671 communique " (below be referred to as document 2), and No. 3173626 bulletin of Japan's special permission (below be referred to as document 3) disclose with image processing system such as electro photography laser printer in the relevant technology of life-span of paper-feed roll.
In document 1 disclosed paper pushing part, with the degree of wear of the rubber layer that is placed in this paper pushing part surface sign as this component life.Such as, when because the color of its lower floor of wearing and tearing of rubber layer when exposing, shows that these parts are to the life-span.
In the document 2 disclosed image processing systems, after having supplied with paper, measure first paper sensor and measure time of paper and paper and transmit the interval that next sensor on the road measures the time of paper, judge the life-span of paper-feed roll at interval according to this.
In the document 3 disclosed paper feeders, detect the life-span of paper feeder according to the number of times of the number of times of paper feeding operation and paper feeding success.
In general, because the wearing and tearing that continue, the paper feeding ability of the paper-feed roll in the image processing system can descend gradually.But above prior art only discloses judges and detects the technology in paper-feed roll life-span, even there is not the open technology that also can guarantee the high-quality paper feeding after paper-feed roll has experienced lasting wearing and tearing.In addition, the yet unexposed technology that can more convenient user of above prior art further, is not mentioned yet and can be reduced the not technology of paper supply paperboard frequency.
Summary of the invention
The purpose of this invention is to provide a kind of image processing system with paper feeder, it can reduce the not generation frequency of paper supply paperboard, guarantees high-quality paper feeding.
The invention provides a kind of image processing system, comprising:
Paper feed unit, it supply with to print the paper of usefulness, and the paper-feed roll that has paper-feed roll and measure this paper-feed roll driving time drives timer,
Image-generating unit, it forms image on transfer medium,
Transfer printing unit, it is transferred to described image-generating unit on the paper of described paper feed unit supply at the image that forms on the described transfer medium,
Storage unit, it stores the accumulation driving time that described paper-feed roll drives timer measuring, and
Control module, it controls described paper feed unit, the running time of described image-generating unit and described transfer printing unit,
Wherein,
When printing continuously,
Predetermined space when described control module determines described image-generating unit continuous imaging according to the accumulation driving time of the described paper-feed roll of storing in the described storage unit, and the paper supply paperboard is not judged clocking value, this not the paper supply paperboard judge that clocking value is used for judging the not generation of paper supply paperboard for described paper feed unit
Described image-generating unit does not wait for that described paper feed unit provides down a piece of paper, and sky is opened described interval, forms the image that next time will print earlier,
When described paper-feed roll was not finished the paper feeding operation in the time that described not paper supply paperboard judgement clocking value is set, not paper supply paperboard had taken place in described paper feed unit judgement.
As an embodiment, described control module determines the actuating speed of described paper-feed roll according to the accumulation driving time of the described paper-feed roll of storing in the described storage unit.
As an embodiment, whether described control module attempts paper feeding again according to the accumulation driving time decision of the described paper-feed roll of storing in the described storage unit when the paper feeding time of described paper feed unit is unable to catch up with the imaging time of described image-generating unit.
As an embodiment, described control module is attempted the number of times of paper feeding again according to the accumulation driving time decision of the described paper-feed roll of storing in the described storage unit.Such as, when described paper feed unit was attempted paper feeding again, described control module was established described not paper supply paperboard judgement clocking value little.
As an embodiment, described image processing system, it comprises the paper type setup unit, and it sets the kind of the paper of described paper feed unit supply,
Wherein,
Predetermined space when the paper type that described control module is set according to described paper type setup unit determines that described image-generating unit prints continuously, and described not paper supply paperboard is judged clocking value.
As an embodiment, described image processing system comprises the paper type setup unit, and it sets the kind of the paper of described paper feed unit supply,
Wherein,
The paper type that described control module is set according to described paper type setup unit determines the actuating speed of described paper-feed roll.
As an embodiment, described image processing system comprises the paper type setup unit, and it sets the kind of the paper of described paper feed unit supply,
Wherein,
Whether the paper type decision that described control module is set according to described paper type setup unit attempts paper feeding again when the paper feeding time of described paper feed unit is unable to catch up with the imaging time of described image-generating unit.
As an embodiment, described image processing system comprises the paper type setup unit, and it sets the kind of the paper of described paper feed unit supply,
Wherein,
The number of times of paper feeding is again attempted in the paper type decision that described control module is set according to described paper type setup unit.
As an embodiment, described image processing system comprises the paper type setup unit, and it sets the kind of the paper of described paper feed unit supply,
Wherein,
The number of times of paper feeding is again attempted in the paper type decision that described control module is set according to described paper type setup unit,
When described paper feed unit was attempted paper feeding again, described control module was established described not paper supply paperboard judgement clocking value little.
As an embodiment, described image processing system comprises the environment for use detecting unit, the environment for use of its pick-up unit,
Wherein,
Predetermined space when the device environment for use that described control module is measured according to described environment for use detecting unit determines described image-generating unit continuous imaging, and described not paper supply paperboard is judged clocking value.
As an embodiment, described image processing system comprises the environment for use detecting unit, the environment for use of its pick-up unit,
Wherein,
The device environment for use that described control module is measured according to described environment for use detecting unit determines the actuating speed of described paper-feed roll, the predetermined space when determining described continuous imaging according to this actuating speed.
As an embodiment, described image processing system comprises the environment for use detecting unit, the environment for use of its pick-up unit,
Wherein,
Whether the device environment for use decision that described control module is measured according to described environment for use detecting unit attempts paper feeding again when the paper feeding time of described paper feed unit is unable to catch up with the imaging time of described image-generating unit, and the predetermined space when whether attempting that paper feeding determines described continuous imaging again.
As an embodiment, described image processing system comprises the environment for use detecting unit, the environment for use of its pick-up unit,
Wherein,
The number of times of the new paper feeding of device environment for use decision test mass that described control module is measured according to described environment for use detecting unit, and the predetermined space when determining described continuous imaging according to this number of times.
As an embodiment, described image processing system comprises the environment for use detecting unit, the environment for use of its pick-up unit,
Wherein
The number of times of paper feeding is again attempted in the device environment for use decision decision that described control module is measured according to described environment for use detecting unit, and described not paper supply paperboard judges clocking value, and the predetermined space when judging that according to this number of times and described not paper supply paperboard clocking value determines described continuous imaging.
According to this above invention, can provide a kind of and can reduce not paper supply paperboard frequency, guarantee the image processing system of high-quality paper feeding.
Description of drawings
Can be by detailed description to purpose of the present invention below in conjunction with accompanying drawing, feature and advantage have clearer understanding.
Fig. 1 is the integrally-built synoptic diagram that shows an embodiment 1 that can use image processing system of the present invention,
Fig. 2 is the block scheme of formation that shows the image processing system 1 of present embodiment,
Fig. 3 is the process flow diagram that the paper supply of the image processing system 1 of demonstration present embodiment is operated,
Fig. 4 shows the paper-feed roll accumulation driving time of present embodiment, and the paper supply paperboard is judged clocking value, and an example of the relation at page or leaf interval (the imaging page or leaf is at interval),
Fig. 5 is the process flow diagram that the paper supply of the image processing system 1 of demonstration present embodiment is operated,
Fig. 6 shows the paper-feed roll accumulation driving time of present embodiment, the paper-feed roll rotating speed, and the paper supply paperboard is judged clocking value, and an example of the relation at page or leaf interval (the imaging page or leaf is at interval),
Fig. 7 is the process flow diagram that the paper supply of the image processing system 1 of demonstration present embodiment is operated,
Fig. 8 shows the paper-feed roll accumulation driving time of present embodiment, and again having or not of paper feeding, paper-feed roll rotating speed, paper supply paperboard judgement clocking value, and page or leaf be an example of the relation of (the imaging page or leaf is at interval) at interval,
Fig. 9 is the process flow diagram that the paper supply of the image processing system 1 of demonstration present embodiment is operated,
Figure 10 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is judged clocking value, and an example of the relation at page or leaf interval (the imaging page or leaf is at interval),
Figure 11 is the process flow diagram that the paper supply of the image processing system 1 of demonstration present embodiment is operated,
Figure 12 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is judged clocking value, and an example of the relation at page or leaf interval (the imaging page or leaf is at interval),
Figure 13 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of the kind of paper,
Figure 14 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of the kind of paper,
Figure 15 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of the kind of paper,
Figure 16 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of the kind of paper,
Figure 17 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of the kind of paper,
Figure 18 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of temperature,
Figure 19 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of temperature,
Figure 20 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of temperature,
Figure 21 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of temperature, and
Figure 22 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of temperature.
Embodiment
Followingly specific embodiments of the invention are elaborated with reference to accompanying drawing.
First embodiment
Fig. 1 is the integrally-built synoptic diagram that shows an embodiment 1 that can use image processing system of the present invention.
The step of the transmission paper operation of the image processing system 1 that shows of key diagram 1 at first.
In image processing system 1, when paper-feed roll 3 when main body paper feed tray 2 outwards rotates, open from a stacker by the separating components (not being shown among the figure) in the main body paper feed tray 2 that isolated a piece of paper at first is transferred into registration roller 4 S.
Here, be main body paper feed tray 2 though Fig. 1 display image forms the paper feed unit of device 1, also the main body paper feeding cassette can be set in addition in the image processing system 1, the 2nd paper feeding cassette, hand difference formula paper feeding cassette.In this case, these when paper-feed roll 3 when these paper feeding cassettes outwards rotate, be transferred into registration roller 4 by the isolated a piece of paper of separating component separately.
When transmitting paper, if surpass certain predetermined value from the time that paper-feed roll 3 begins to turn to alignment sensor 4a energized, general judge not paper supply paperboard has taken place, this is that device is in not paper supply paperboard error condition.
Positioning clutch (not being shown among the figure) is installed in the registration roller 4, if paper-feed roll 3 is normally sent paper, when transmitting paper to registration roller 4, positioning clutch is closed in advance, make registration roller 4 be in not rotation status, therefore, when top of form is run into registration roller 4, when to a certain degree crooked occurring, promptly stop paper-feed roll 3.(make top of form run into registration roller 4, form crooked) like this, can to a certain degree revise the crooked of top of form.
Then, registration roller 4 and paper-feed roll 3 are rotated, restart to transmit paper to imaging portion.When transmitting paper, the position of top of form and imaging time are coincide, this can guarantee the precision of top of form print position.
The operating process of image processing system 1 when carrying out single face printing and duplex printing of present embodiment below is described respectively.
Usually, when single face was printed, the passage from each paper feeding cassette along direction of transfer D1 (transmission road) transmitted paper, or discharged paper.
When printing on the two sides, equally, passage (transmission road) along direction of transfer D1 transmits paper, and temporarily the fore-end of paper is delivered to the outside top (rather than all sending and discharge paper) of image processing system 1, rear end part is clamped by exit roller 18, in this state, paper is stopped, allow exit roller 18 backward rotation then, when printing reverse side along the channel transfer paper of direction of transfer D2 to the location division (be the parts of center formation with registration roller 4).Then, identical with the single face printing, discharge paper along the passage of direction of transfer D1.
By above operation, image processing system 1 can be realized the two sides printing.
The below operating process of image processing system 1 when printing continuously of explanation present embodiment.
When printing continuously, carry out secondary transfer roll 16 simultaneously and will be formed on the operation that image on the transfer belt 5 is transferred to operation and the image of one page under forming on the transfer belt 5 on the paper.
Afterwards, the image of each page forms (below be referred to as page or leaf at interval) at regular intervals.Since can not stop imaging portion, transfer belt 5, and the running of the imaging portion of secondary transfer roll 16 etc. be necessary that finishing paper in the page or leaf interval supplies with, and the front position of control paper overlaps with the picture position.
Yet, when beginning from paper feeding to change, might can't finish the paper feeding of a piece of paper down in page or leaf at interval and operate to the time interval that paper feeding is over.Therefore, carry out imaging earlier, in imaging page or leaf interval, finish paper feeding for needs, make the incompatible system that carries out transfer printing of paper and time kissing, change, surpass the imaging page or leaf be predetermined during interval time when the paper supply time, if be not expanded into as a page interval time, just can not realize continuous printing.
Fig. 2 is the block scheme of formation that shows the image processing system 1 of present embodiment.
In Fig. 2, CPU101 is the central processing unit of control image processing system 1 integral body.
NVRAM (involatile RAM) the 104th, storing software is controlled the RAM of needed data temporarily.Even the memory contents of this RAM does not disappear behind the power supply of turning off image processing system 1 yet.
I/O control LSI 105 can control various motor drivers, scanner light source drive, various sensors, the LSI that motor etc. are relevant with I/O.
Some pages of interim storages of image data memory 108 did the view data of Flame Image Process by Flame Image Process LSI (not being shown among the figure).
PSU (Power Supply Unit) the 109th, the power supply of image processing system 1.
PC interface control circuit 111 is the interface circuits that connect image processing system 1 and personal computer (PC) (not being shown among the figure).
The below continuous paper supply operation of explanation present embodiment.
Fig. 3 is the process flow diagram that the paper supply of the image processing system 1 of demonstration present embodiment is operated.
As shown in Figure 3, in step S301, the CPU 101 of control image processing system 1 integrated operation determines that according to Fig. 4 the paper supply paperboard is not judged clocking value.This not the paper supply paperboard judge that the clocking value note makes B.
In step S302, CPU 101 determines the imaging page or leaf at interval according to Fig. 4.This imaging page or leaf length note is at interval made X.
In step S303, CPU 101 removes the value that paper-feed roll drives timer.This paper-feed roll drives the value note of timer and makes A.
In step S304, the paper-feed roll driving motor begins to rotate.
In step S305, paper-feed roll clutch coupling energized (ON).
In step S306, paper-feed roll drives timer and is activated.
In step S307, CPU 101 judges whether alignment sensor 4a (with reference to Fig. 1) is switched on power supply.
If the access failure power supply then enters step S308.If the on power supply then enters step S309.
In step S308, CPU 101 more not paper supply paperboard judges that clocking value B and paper-feed roll drive the size of the value A of timer.If A greater than B, then judges not paper supply paperboard has taken place, so stop paper supply.If A is not more than B, then return step S307.
In step S309, it is crooked to form the location.
In step S310, close the power supply (OFF) of paper-feed roll clutch coupling.
In step S311, the value that paper-feed roll is driven timer is added to the paper-feed roll accumulation driving count value of storing among the NVRAM 104 (Fig. 2).
In step S312, remove the value (A) that paper-feed roll drives timer.
In step S313, the paper-feed roll driving motor stops operating.
Has CPU101 judged whether that with registration roller 4 be the location division that constitutes, center time of paper feeding once more in step S314? if arrived the time of paper feeding once more, then entered step S315.
In step S315, the paper-feed roll driving motor begins to rotate.
In step S316, connect the power supply (ON) of paper-feed roll clutch coupling.
In step S317, connect the power supply (ON) of registration roller clutch coupling.
In step S318, start paper-feed roll and drive timer.
In step S319, after judging the paper rear end and following a piece of paper separates, CPU101 whether passed through certain hour α (this time, α was different because of device).If do not pass through this section period α as yet, then wait for, up to reaching time α always.If passed through time α, then enter step S320.
In step S320, close the power supply (OFF) of paper-feed roll clutch coupling.
In step S321, the value that paper-feed roll is driven timer is added to the paper-feed roll accumulation driving count value of storing among the NVRAM 104.
In step S322, remove the value (A) that paper-feed roll drives timer.
In step S323, CPU101 judges whether to transmit the request of a piece of paper down.If no, then finish the paper feeding operation, if α is arranged, then return step S304, repeat above operation.
The below above explanation of arrangement.Usually, driving paper-feed roll 3 does the time of paper feeding operation and can set through optimization in advance.Each paper feeding operation the accumulated value of driving time leave among the NVRAM104 (involatile RAM).
The unit of driving time can be second.If use the second counter of 4 bytes, i.e. count enable is much larger than the value of time device lifetime.
Behind the power supply (ON) of connecting the paper-feed roll clutch coupling, alignment sensor is energized also, then, temporarily stops earlier after forming bending.Measure the time so far, and (second, value once can round up) deposits NVRAM 104 in to be unit with the second.Afterwards, adjust and meet, when restarting, also can drive paper-feed roll with image front end time of imaging portion.
Begin Measuring Time from this image front end time, usually, drive paper-feed roll in the time of the length+α of the paper of setting (α is different because of device).This time also is added to NVRAM 104.Like this, driving time that paper-feed roll rotates is upgraded at any time and is deposited in NVRAM 104.
In addition, when paper-feed roll carries out paper feeding when operation, usually because surface abrasion or adhere to the paper powder, the ability of the transmission paper of paper-feed roll can fail gradually, and therefore, the paper feeding failure can take place easily.
Fig. 4 shows the paper-feed roll accumulation driving time of present embodiment, and the paper supply paperboard is judged clocking value, and an example of the relation at page or leaf interval (the imaging page or leaf at interval).
As shown in Figure 4, the life-span of supposing paper-feed roll is 960Ksec, and till this life-span, every 120Ksec is divided into an interval, each interval is provided with not paper supply paperboard judgement clocking value, and the not paper supply paperboard in each interval judges that clocking value increases with the increase of accumulation driving time.
When beginning paper feeding at every turn, confirm earlier present accumulation driving time is in which interval among Fig. 4, set not paper supply paperboard judgement clocking value according to this result, and be used for judging the not generation of paper supply paperboard.
Utilize above structure, can suppress to take place the not probability of paper supply paperboard.
Further, when the paper supply paperboard does not judge that clocking value is established to such an extent that increase gradually, if the imaging page or leaf does not correspondingly strengthen at interval, the phenomenon of paper supply operation will take place can't finish in the imaging page or leaf interval.Therefore, as shown in Figure 4, the imaging page or leaf is set corresponding to life-span of paper-feed roll at interval.The imaging control part is with reference to the imaging page or leaf spacing distance X of above setting, and it is controlled a page or leaf interval at interval as the minimum imaging page or leaf corresponding to life-span of paper-feed roll.
More than the imaging page or leaf spacing distance of Que Dinging should be the page or leaf spacing distance that can guarantee the image front position, even operating near paper supply not under the paper supply jam detection situation that paper feeding is normally finished before the time.Here, not the paper supply jam detection time never the paper supply paperboard judge that clocking value judges, and the paper supply paperboard does not judge that clocking value is corresponding to the lifetime settings of paper-feed roll.
Second embodiment
The image processing system of present embodiment has the structure identical with image processing system shown in Figure 1, and its operating process as shown in Figure 5.Below, to the no longer repeat specification of content that had illustrated.
Fig. 5 is the process flow diagram that the paper supply of the image processing system 1 of demonstration present embodiment is operated.
Fig. 6 shows the paper-feed roll accumulation driving time of present embodiment, the paper-feed roll rotating speed, and the paper supply paperboard is judged clocking value, and an example of the relation at page or leaf interval (the imaging page or leaf is at interval).
As shown in Figure 5, in step S501, CPU 101 determines paper-feed roll rotating speed C according to Fig. 6, and the paper supply paperboard is not judged clocking value B.
In step S502, CPU 101 determines imaging page or leaf spacing distance X according to Fig. 6.
As shown in Figure 6, in the present embodiment, except that the same with first embodiment, change not paper supply paperboard judgement clocking value and page or leaf interval according to paper-feed roll accumulation driving time (also can think the life-span), also accumulate the rotating speed C that driving time increases the paper-feed roll motor that slows down gradually with paper-feed roll.At this moment, be necessary to increase simultaneously not paper supply paperboard judgement clocking value and imaging page or leaf interval.
The 3rd embodiment
The image processing system of present embodiment has the structure identical with image processing system shown in Figure 1, and its operating process as shown in Figure 7.Below, to the no longer repeat specification of content that had illustrated.
Fig. 7 is the process flow diagram that the paper supply of the image processing system 1 of demonstration present embodiment is operated.
Fig. 8 shows the paper-feed roll accumulation driving time of present embodiment, and again having or not of paper feeding, paper-feed roll rotating speed, paper supply paperboard judgement clocking value, and page or leaf be an example of the relation of (the imaging page or leaf at interval) at interval.
As shown in Figure 7, in step S701, CPU 101 determines whether attempt paper feeding again according to Fig. 8, paper-feed roll rotating speed C, and the paper supply paperboard is judged clocking value B.
In step S702, CPU 101 determines imaging page or leaf spacing distance X according to Fig. 8.
In step S703, the value D of Feed Count device and the value A that paper-feed roll drives timer are attempted again in removing.
When judging whether to take place not the paper supply paperboard, when being judged as Yes among the step S308, CPU 101 further judges whether to attempt paper feeding again.
Specifically,
In step S704, attempting again the Feed Count device increases by 1.
In step S705, judge and whether attempt again the value of Feed Count device greater than 1.If the value of counter is not more than 1, promptly only attempt once paper feeding again, then enter step S706.Otherwise judge not paper supply paperboard takes place.
In step S706, close paper-feed roll clutch coupling power supply (OFF).
In step S707, the paper-feed roll driving motor stops operating, and returns step S504 then.
Appended the operation that determines whether to attempt paper feeding again according to Fig. 8 in the present embodiment.In the time will attempting paper feeding again, need suitably set the picture page or leaf at interval, even attempt the operation of paper feeding again to guarantee to have added, the paper feeding operation also can be finished.
The 4th embodiment
The image processing system of present embodiment has the structure identical with image processing system shown in Figure 1, and its operating process as shown in Figure 9.Below, to the no longer repeat specification of content that had illustrated.
Fig. 9 is the process flow diagram that the paper supply of the image processing system 1 of demonstration present embodiment is operated.
Figure 10 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is judged clocking value, and an example of the relation at page or leaf interval (the imaging page or leaf is at interval).
As shown in Figure 9, in step S901, CPU 101 determines to attempt the number of times E of paper feeding again according to Figure 10, paper-feed roll rotating speed C, and the paper supply paperboard is judged clocking value B.
In step S902, CPU 101 determines imaging page or leaf spacing distance X according to Figure 10.
In step S905, judge that whether the value of attempting again the Feed Count device is greater than the trial of the setting number of times E of paper feeding again.
Appended the control operation that changes the number of times of attempting paper feeding again according to Figure 10 in the present embodiment.If increase the number of times attempt paper feeding again, correspondingly, need suitably set the picture page or leaf at interval, even paper feeding success when guaranteeing to attempt the last time also can be finished the paper feeding operation.
The 5th embodiment
The image processing system of present embodiment has the structure identical with image processing system shown in Figure 1, and its operating process as shown in figure 11.Below, to the no longer repeat specification of content that had illustrated.
Figure 11 is the process flow diagram that the paper supply of the image processing system 1 of demonstration present embodiment is operated.
Figure 12 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is judged clocking value, and an example of the relation at page or leaf interval (the imaging page or leaf is at interval).
As shown in figure 11, in step S1101, CPU 101 determines to attempt the number of times E of paper feeding again according to Figure 12, paper-feed roll rotating speed C, and the paper supply paperboard is judged clocking value B.
In step S1102, CPU 101 determines imaging page or leaf spacing distance X according to Figure 12.
In the present embodiment, according to Figure 12, the not paper supply paperboard judgement time when attempting paper feeding is again established lessly, so that can repeatedly attempt paper feeding again.
Because paper-feed roll 3 is stopped, this brings variation can for the friction force (from the static friction to the kinetic friction) that influences transfer capability, thereby improves the paper feeding success ratio.
The 6th embodiment
The image processing system structure that the image processing system of present embodiment and Fig. 1 show is basic identical, and its operation is basic identical with first embodiment, but the image processing system of present embodiment has the paper type setup unit, can be used for setting the kind of paper.Such as, this paper type setup unit can be realized with the software program that utilizes the PC interface control circuit 111 among Fig. 2.
Figure 13 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of the kind of paper.
In the present embodiment, as shown in figure 13, set not paper supply paperboard judgement clocking value and page or leaf interval (the imaging page or leaf at interval) corresponding to the kind of paper.
The 7th embodiment
The image processing system structure that the image processing system of present embodiment and Fig. 1 show is basic identical, and its operation is basic identical with second embodiment, but the image processing system of present embodiment has the paper type setup unit, can be used for setting the kind of paper.
Figure 14 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of the kind of paper.
In the present embodiment, as shown in figure 14, set not paper supply paperboard judgement clocking value and page or leaf interval (the imaging page or leaf at interval) corresponding to the kind of paper.
The 8th embodiment
The image processing system structure that the image processing system of present embodiment and Fig. 1 show is basic identical, and its operation is basic identical with the 3rd embodiment, but the image processing system of present embodiment has the paper type setup unit, can be used for setting the kind of paper.
Figure 15 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of the kind of paper.
In the present embodiment, as shown in figure 15, set not paper supply paperboard judgement clocking value and page or leaf interval (the imaging page or leaf at interval) corresponding to the kind of paper.
The 9th embodiment
The image processing system structure that the image processing system of present embodiment and Fig. 1 show is basic identical, and its operation is basic identical with the 4th embodiment, but the image processing system of present embodiment has the paper type setup unit, can be used for setting the kind of paper.
Figure 16 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of the kind of paper.
In the present embodiment, as shown in figure 16, set not paper supply paperboard judgement clocking value and page or leaf interval (the imaging page or leaf at interval) corresponding to the kind of paper.
The tenth embodiment
The image processing system structure that the image processing system of present embodiment and Fig. 1 show is basic identical, and its operation is basic identical with the 5th embodiment, but the image processing system of present embodiment has the paper type setup unit, can be used for setting the kind of paper.
Figure 17 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of the kind of paper.
In the present embodiment, as shown in figure 17, set not paper supply paperboard judgement clocking value, attempt the number of times of paper feeding again corresponding to the kind of paper, and corresponding page or leaf interval (the imaging page or leaf at interval).
The 11 embodiment
The image processing system structure that the image processing system of present embodiment and Fig. 1 show is basic identical, and its operation is basic identical with the 6th embodiment, but the image processing system of present embodiment has the environment for use detecting unit of environment for use that can pick-up unit.Such as this environment for use detecting unit can be measured temperature.
Figure 18 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of temperature.
Among Figure 18, the time in the bracket or the numeral of length show that humidity is at 30% time and page spacing distance that need increase when following.
As shown in figure 18, in the present embodiment, set not the paper supply paperboard corresponding to environment (such as, humidity) and judge clocking value, and page or leaf (the imaging page or leaf at interval) at interval.
The 12 embodiment
The image processing system structure that the image processing system of present embodiment and Fig. 1 show is basic identical, and its operation is basic identical with the 7th embodiment, but the image processing system of present embodiment has the environment for use detecting unit of environment for use that can pick-up unit.
Figure 19 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of temperature.
Among Figure 19, the time in the bracket or the numeral of length show that humidity is at 30% time and page spacing distance that need increase when following.
As shown in figure 19, set paper feeding speed and page or leaf (the imaging page or leaf at interval) at interval corresponding to environment (such as, humidity) in the present embodiment.
The 13 embodiment
The image processing system structure that the image processing system of present embodiment and Fig. 1 show is basic identical, and its operation is basic identical with the 8th embodiment, but the image processing system of present embodiment has the environment for use detecting unit of environment for use that can pick-up unit.
Figure 20 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of temperature.
Among Figure 20, the time in the bracket or the numeral of length show that humidity is at 30% time and page spacing distance that need increase when following.
As shown in figure 20, in the present embodiment, set whether attempt paper feeding again and page or leaf correspondingly (the imaging page or leaf at interval) at interval corresponding to environment (such as, humidity).
The 14 embodiment
The image processing system structure that the image processing system of present embodiment and Fig. 1 show is basic identical, and its operation is basic identical with the 9th embodiment, but the image processing system of present embodiment has the environment for use detecting unit of environment for use that can pick-up unit.
Figure 21 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of temperature.
Among Figure 21, the time in the bracket or the numeral of length show that humidity is at 30% time and page spacing distance that need increase when following.
As shown in figure 21, in the present embodiment, set the number of times of attempting paper feeding again corresponding to environment (such as, humidity), and page or leaf correspondingly (the imaging page or leaf at interval) at interval.
The 15 embodiment
The image processing system structure that the image processing system of present embodiment and Fig. 1 show is basic identical, and its operation is basic identical with the tenth embodiment, but the image processing system of present embodiment has the environment for use detecting unit of environment for use that can pick-up unit.
Figure 22 shows the paper-feed roll accumulation driving time of present embodiment, attempts the number of times of paper feeding again, the paper-feed roll rotating speed, and the paper supply paperboard is not judged clocking value, page or leaf is (the imaging page or leaf is at interval) at interval, and an example of the relation of temperature.
Among Figure 22, the time in the bracket or the numeral of length show that humidity is at 30% time and page spacing distance that need increase when following.
As shown in figure 22, in the present embodiment, set not the paper supply paperboard corresponding to environment (such as, humidity) and judge clocking value, attempt the number of times of paper feeding again, and page or leaf correspondingly (the imaging page or leaf at interval) at interval.
The effect of invention
In general, because the wearing and tearing that continue, the paper feeding ability of paper-feed roll can descend gradually, also not paper supply paperboard can take place easily.But, according to the present invention, promptly can reduce the not frequency of paper supply paperboard, can guarantee high-quality paper feeding and continuous printing function again.Further, according to the present invention, can realize the most appropriate paper feeding operation according to paper category, and not paper supply paperboard does not take place, and can make the user feel more convenient.Moreover, according to the present invention, can realize the most appropriate paper feeding operation according to the information of installing the place environment, and not paper supply paperboard does not take place, and can make the user feel more convenient.
Below only illustrated it is the preferred embodiments of the present invention, the present invention is not limited to above embodiment, and belonging to those skilled in the technology concerned can do various modifications under the prerequisite that does not depart from the scope of the present invention.
Claims (15)
1. image processing system comprises:
Paper feed unit, it supplies with the paper of printing usefulness, the paper-feed roll driving timer that it has paper-feed roll and measures this paper-feed roll driving time,
Image-generating unit, it forms image on transfer medium,
Transfer printing unit, it is transferred to described image-generating unit on the paper of described paper feed unit supply at the image that forms on the described transfer medium,
Storage unit, it stores the accumulation driving time that described paper-feed roll drives timer measuring, and
Control module, it controls described paper feed unit, the running time of described image-generating unit and described transfer printing unit,
Wherein,
When printing continuously,
Predetermined space when described control module determines described image-generating unit continuous imaging according to the accumulation driving time of the described paper-feed roll of storing in the described storage unit, and the paper supply paperboard is not judged clocking value, this not the paper supply paperboard judge that clocking value is used for judging the not generation of paper supply paperboard for described paper feed unit
Described image-generating unit does not wait for that described paper feed unit provides down a piece of paper, and sky is opened described predetermined space, forms the image that next time will print earlier,
When described paper-feed roll was not finished the paper feeding operation in the time that described not paper supply paperboard judgement clocking value is set, not paper supply paperboard had taken place in described paper feed unit judgement.
2. image processing system according to claim 1, wherein, described control module determines the actuating speed of described paper-feed roll according to the accumulation driving time of the described paper-feed roll of storing in the described storage unit.
3. image processing system according to claim 2, wherein, whether described control module attempts paper feeding again according to the accumulation driving time decision of the described paper-feed roll of storing in the described storage unit when the paper feeding time of described paper feed unit is unable to catch up with the imaging time of described image-generating unit.
4. image processing system according to claim 3, wherein, described control module determines the described trial number of times of paper feeding again according to the accumulation driving time of the described paper-feed roll of storing in the described storage unit.
5. image processing system according to claim 4, wherein, when described paper feed unit was attempted paper feeding again, described control module was established described not paper supply paperboard judgement clocking value little.
6. image processing system according to claim 1, it comprises
The paper type setup unit, it sets the kind of the paper of described paper feed unit supply,
Wherein,
Predetermined space when the paper type that described control module is set according to described paper type setup unit determines described image-generating unit continuous imaging, and described not paper supply paperboard is judged clocking value.
7. image processing system according to claim 2, it comprises
The paper type setup unit, it sets the kind of the paper of described paper feed unit supply,
Wherein,
The paper type that described control module is set according to described paper type setup unit determines the actuating speed of described paper-feed roll.
8. image processing system according to claim 3, it comprises
The paper type setup unit, it sets the kind of the paper of described paper feed unit supply,
Wherein,
Whether the paper type decision that described control module is set according to described paper type setup unit attempts paper feeding again when the paper feeding time of described paper feed unit is unable to catch up with the imaging time of described image-generating unit.
9. image processing system according to claim 4, it comprises
The paper type setup unit, it sets the kind of the paper of described paper feed unit supply,
Wherein,
The number of times of paper feeding is again attempted in the paper type decision that described control module is set according to described paper type setup unit.
10. image processing system according to claim 5, it comprises
The paper type setup unit, it sets the kind of the paper of described paper feed unit supply,
Wherein,
The number of times of paper feeding is again attempted in the paper type decision that described control module is set according to described paper type setup unit,
When described paper feed unit was attempted paper feeding again, described control module was established described not paper supply paperboard judgement clocking value little.
11. image processing system according to claim 6, it comprises
The environment for use detecting unit, the environment for use of its pick-up unit,
Wherein,
Predetermined space when the device environment for use that described control module is measured according to described environment for use detecting unit determines described image-generating unit continuous imaging, and described not paper supply paperboard is judged clocking value.
12. image processing system according to claim 7, it comprises
The environment for use detecting unit, the environment for use of its pick-up unit,
Wherein,
The device environment for use that described control module is measured according to described environment for use detecting unit determines the actuating speed of described paper-feed roll, the predetermined space when determining described continuous printing according to this actuating speed.
13. image processing system according to claim 8, it comprises
The environment for use detecting unit, the environment for use of its pick-up unit,
Wherein,
Whether the device environment for use decision that described control module is measured according to described environment for use detecting unit attempts paper feeding again when the paper feeding time of described paper feed unit is unable to catch up with the imaging time of described image-generating unit, and the predetermined space when whether attempting that paper feeding determines described continuous imaging again.
14. image processing system according to claim 9, it comprises
The environment for use detecting unit, the environment for use of its pick-up unit,
Wherein,
The number of times of the new paper feeding of device environment for use decision test mass that described control module is measured according to described environment for use detecting unit, and the predetermined space when determining described continuous imaging according to this number of times.
15. image processing system according to claim 10, it comprises
The environment for use detecting unit, the environment for use of its pick-up unit,
Wherein,
The number of times of paper feeding is again attempted in the device environment for use decision decision that described control module is measured according to described environment for use detecting unit, and described not paper supply paperboard judges clocking value, and the predetermined space when judging that according to this number of times and described not paper supply paperboard clocking value determines described continuous imaging.
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| JP2006310786A JP4697745B2 (en) | 2006-11-16 | 2006-11-16 | Image forming apparatus |
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| JP2006-310786 | 2006-11-16 |
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| CN102367108A (en) * | 2010-06-30 | 2012-03-07 | 株式会社东芝 | Image forming apparatus and a paper sheet supply method |
| CN110658701A (en) * | 2018-06-29 | 2020-01-07 | 柯尼卡美能达株式会社 | Image forming apparatus, recording medium, and lifetime determination method |
| CN112027726A (en) * | 2019-06-03 | 2020-12-04 | 柯尼卡美能达办公系统研发（无锡）有限公司 | Sheet conveying mechanism and image forming apparatus |
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| JP2011102172A (en) * | 2009-11-11 | 2011-05-26 | Riso Kagaku Corp | Double-sided printer |
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| JP5834640B2 (en) * | 2011-09-02 | 2015-12-24 | ブラザー工業株式会社 | Image forming apparatus and program |
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| JP5951573B2 (en) * | 2013-09-27 | 2016-07-13 | 京セラドキュメントソリューションズ株式会社 | Sheet supply apparatus and image forming apparatus |
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| CN110658701A (en) * | 2018-06-29 | 2020-01-07 | 柯尼卡美能达株式会社 | Image forming apparatus, recording medium, and lifetime determination method |
| CN112027726A (en) * | 2019-06-03 | 2020-12-04 | 柯尼卡美能达办公系统研发（无锡）有限公司 | Sheet conveying mechanism and image forming apparatus |
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| Publication number | Publication date |
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| JP2008127116A (en) | 2008-06-05 |
| JP4697745B2 (en) | 2011-06-08 |
| CN101196709B (en) | 2010-08-11 |
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