CN102547050A - Image copying device and control method thereof - Google Patents
Image copying device and control method thereof Download PDFInfo
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- CN102547050A CN102547050A CN2011103764507A CN201110376450A CN102547050A CN 102547050 A CN102547050 A CN 102547050A CN 2011103764507 A CN2011103764507 A CN 2011103764507A CN 201110376450 A CN201110376450 A CN 201110376450A CN 102547050 A CN102547050 A CN 102547050A
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Abstract
The present invention relates to an image copying device and a control method thereof. After images of first surfaces of a plurality of original manuscripts are continuously read, second surfaces of the original manuscripts are continuously read, in order to execute a splitting part function for outputting a plurality of parts of copies of the original manuscripts in parts. The image copying device comprises: a function setting part used for setting the splitting part function for outputting the plurality of parts of copies of the original manuscripts in parts; a reading part used for continuously reading images of single surfaces of the plurality of original manuscripts; a storing part used for storing the images of the single surface of the original manuscripts read by the reading part, so as to obtain image data; and a control part used for controlling reading motion of the reading part to the original manuscripts under the situation of setting the splitting part function, in order to limit original manuscript number of the images of the first surfaces read by the reading part or data volume of the image data of the first surfaces stored in the storing part within a range capable of storing both of the image data of the first surfaces of the original manuscript and the image data of the second surfaces of the original manuscript in the storing part.
Description
Technical field
The present invention relates to after having read the 1st image of many original copys continuously, read the 2nd image continuously the image copy device of the copy of many original copys of generation and the control method of image copy device.
Background technology
In recent years, the multi-function peripheral (MFP:Multi-Function Peripheral) that has functions such as photocopier, printer, image reading apparatus, facsimile machine has obtained popularizing.In MFP, there is a kind of ADF (Auto Document Feeder: automatic document feeder), and can only read the MFP of band single face ADF of the one-sided image of original copy continuously that is used for supplying with original copy that is provided with to scanner.
Carry out at the MFP that utilizes band single face ADF under the situation of double-sided copying of many original copys, the image that at first will be placed on the 1st (front) of many original copys among the ADF by scanner all reads.Then, in order to read the 2nd (back side) of original copy, after the user is placed into ADF once more with original copy, read the 2nd image of many original copys by scanner.
As the MFP of band single face ADF, owing to require to cut down the size of the memory that is used for storing image data, so proposed a kind of image copy device of following patent documentation 1 disclosed that kind.Patent documentation 1 disclosed image copy device is under the situation of the double-sided copying of carrying out many original copys, and back, original copy the 2nd read before the end of reading having accomplished the 1st of many original copys begins on paper, to form image.According to such structure; Can in memory, store the view data that obtains through the 2nd the image that reads each original copy successively; On the other hand; Can be from memory the used view data of formation of deleted image successively, thereby the size that can cut down the memory that is used for storing image data.
As the function of photocopier, known have a kind ofly under the situation of many parts of duplicating carrying out many original copys, is portioning (sort) function of the copy of unit output original copy with part.In the portioning function, the view data of many original copys is recycled, and through repeatedly carrying out the making of 1 part of copy repeatedly, generates many parts of original copy copies aly.Utilizing the portioning function, be used to receive the photocopier with the discharge tray of paper that is discharged from even only be provided with 1, also can be unit provides many parts of copies from many original copys to the user with part.
But patent documentation 1 disclosed image copy device reckons without the portioning function.In above-mentioned image copy device; Because the view data that formation utilized of image is deleted from memory immediately; Though so can export many with paper respectively by every page with what formed the image corresponding with each original copy, can not be with having formed many of the image corresponding with the unit output of paper with each part with each original copy.
[patent documentation 1] TOHKEMY 2004-304414 communique
Summary of the invention
The present invention proposes in view of the above problems.Therefore; The objective of the invention is; Provide a kind of and after having read the 1st image of many original copys continuously, read the 2nd image continuously; Generate in the processing of copy of many original copys, can carry out with part image copy device and the control method of image copy device of the portioning function that is many parts of copies of unit output.
Above-mentioned purpose of the present invention can realize through following scheme.
(1) a kind of image copy device; After having read the 1st image of many original copys continuously; Read the 2nd image of above-mentioned original copy continuously, generate the copy of above-mentioned original copy, it is characterized in that; Have: function setting portion, it is set with part is the portioning function of unit many parts of copies exporting above-mentioned many original copys; Reading part, it reads the image of the single face of above-mentioned many original copys continuously; Storage part, its storage are read image and the view data that obtains of the single face of above-mentioned original copy by above-mentioned reading part; And control part; Under the situation of having set above-mentioned portioning function; Control of the read action of above-mentioned reading part to above-mentioned original copy; So that read the data volume of above-mentioned the 1st view data of storing in the 1st number or the above-mentioned storage part of original copy of image by above-mentioned reading part, be restricted to the 1st view data in above-mentioned storage part, can storing each original copy and the 2nd 's view data both sides' scope.
(2) the image copy device of being put down in writing based on above-mentioned (1); It is characterized in that; Reached in the data volume of the number of above-mentioned original copy or above-mentioned view data under the situation of higher limit of above-mentioned scope; Above-mentioned control part is removed above-mentioned portioning function, and makes above-mentioned reading part continue to read the 1st image of residue original copy.
(3) the image copy device of being put down in writing based on above-mentioned (1) or (2); It is characterized in that; Reached in the data volume of the number of above-mentioned original copy or above-mentioned view data under the situation of higher limit of above-mentioned scope; Above-mentioned control part finishes above-mentioned reading part midway the 1st image of above-mentioned original copy read, and makes above-mentioned reading part read the 2nd the image that above-mentioned the 1st image reads the original copy of having accomplished.
(4) based on any image copy device of being put down in writing in above-mentioned (1)～(3); It is characterized in that; Also have the selection picture display part, this selection picture display part has reached in the data volume of the number of above-mentioned original copy or above-mentioned view data under the situation of higher limit of above-mentioned scope, shows to be used to make the user to select whether to remove the selection picture of above-mentioned portioning function; Selecting to remove under the situation of above-mentioned portioning function; Above-mentioned control part is removed above-mentioned portioning function, and makes above-mentioned reading part continue to read the 1st image of residue original copy, does not remove under the situation of above-mentioned portioning function having selected; Above-mentioned control part finishes above-mentioned reading part midway the 1st image of above-mentioned original copy read, and makes above-mentioned reading part read the 2nd the image that above-mentioned the 1st image reads the original copy of having accomplished.
(5) the image copy device of being put down in writing based on above-mentioned (2) or (4); It is characterized in that; Also has the identification part; This identification part is disengaged in above-mentioned portioning function; And continue to read by above-mentioned reading part under the situation of the 1st image of residue original copy, whether the data volume of image stored data has reached the value of 1 view data can only storing 1 piece of original copy in the above-mentioned storage part in the number of the original copy that identification is read by above-mentioned reading part or the above-mentioned storage part, is identified as the number of above-mentioned original copy or the data volume of above-mentioned view data in above-mentioned identification part and has reached under the situation of above-mentioned value; Above-mentioned control part finishes above-mentioned reading part midway the 1st image of above-mentioned original copy read, and makes above-mentioned reading part read the 2nd the image that above-mentioned the 1st image reads the original copy of having accomplished.
(6) based on any image copy device of being put down in writing in above-mentioned (1)～(5); It is characterized in that; Also have original copy number display part, this original copy number display part shows the number of the original copy that above-mentioned reading part can read under the situation of having set above-mentioned portioning function.
(7) based on any image copy device of being put down in writing in above-mentioned (1)～(6), it is characterized in that also having: the portion that accepts that accepts the input of the original copy number that is undertaken by the user; According to the number of the above-mentioned original copy of by the above-mentioned portion of accepting, confirm the executable function of above-mentioned image copy device bonding part really; With make the user can only set the function restrictions of the function of confirming by above-mentioned definite portion.
(8) a kind of control method of image copy device; This image copy device has the reading part and the storage of the one-sided image that reads many original copys continuously and reads the one-sided image of above-mentioned original copy and the storage part of the view data that obtains by above-mentioned reading part; And after having read the 1st image of above-mentioned original copy continuously, read the 2nd image of above-mentioned original copy continuously; Generate the copy of above-mentioned original copy; It is characterized in that, comprising: the step (a) of setting with part the portioning function that is the unit copy of exporting above-mentioned many original copys; With under the situation of having set above-mentioned portioning function; Control of the read action of above-mentioned reading part to above-mentioned original copy; So that read the data volume of above-mentioned the 1st view data of storing in the 1st number or the above-mentioned storage part of original copy of image by above-mentioned reading part, be restricted to the step (b) in the 1st view data in above-mentioned storage part, can storing each original copy and the 2nd 's view data both sides' the scope.
The control method of the image copy device of (9) being put down in writing based on above-mentioned (8); It is characterized in that; Reached in the data volume of the number of above-mentioned original copy or above-mentioned view data under the situation of higher limit of above-mentioned scope; In above-mentioned steps (b), remove above-mentioned portioning function, and make above-mentioned reading part continue to read the 1st image of residue original copy.
(10) based on the control method of above-mentioned (8) or (9) described image copy device; It is characterized in that; Reached in the data volume of the number of above-mentioned original copy or above-mentioned view data under the situation of higher limit of above-mentioned scope; In above-mentioned steps (b), finish above-mentioned reading part midway the 1st image of above-mentioned original copy is read, make above-mentioned reading part read the 2nd the image that above-mentioned the 1st image reads the original copy of having accomplished.
(11) based on the control method of any image copy device of being put down in writing in above-mentioned (8)～(10); It is characterized in that; The data volume that also is included in number or the above-mentioned view data of above-mentioned original copy has reached under the situation of higher limit of above-mentioned scope; Show to be used to make the user to select whether to remove the step (c) of the selection picture of above-mentioned portioning function, selecting to remove under the situation of above-mentioned portioning function the above-mentioned portioning function of releasing in above-mentioned steps (b); And make above-mentioned reading part continue to read the 1st image of residue original copy; Do not remove under the situation of above-mentioned portioning function having selected, in above-mentioned steps (b), finish above-mentioned reading part midway the 1st image of above-mentioned original copy is read, make above-mentioned reading part read the 2nd the image that above-mentioned the 1st image reads the original copy of having accomplished.
The control method of the image copy device of (12) being put down in writing based on above-mentioned (9) or (11); It is characterized in that; Also being included in above-mentioned portioning function is disengaged; And continue to read under the situation of the 1st the image that remains original copy by above-mentioned reading part; Whether the data volume of image stored data has reached the step (d) of the value of 1 view data in above-mentioned storage part, can only storing 1 piece of original copy in the number of the original copy that identification is read by above-mentioned reading part or the above-mentioned storage part; In above-mentioned steps (d), be identified as the number of above-mentioned original copy or the data volume of above-mentioned view data and reached under the situation of above-mentioned value, in above-mentioned steps (b), finish above-mentioned reading part midway the 1st image of above-mentioned original copy is read, make above-mentioned reading part read above-mentioned the 1st image and read the 2nd of the original copy accomplished.
(13) based on the control method of any image copy device of being put down in writing in above-mentioned (8)～(12), it is characterized in that, also be included under the situation of having set above-mentioned portioning function, show the step (e) of the number of the original copy that above-mentioned reading part can read.
(14) based on the control method of any image copy device of being put down in writing in above-mentioned (8)～(13), it is characterized in that, also comprise: the step (f) of accepting the input of the above-mentioned original copy number that is undertaken by the user; According to the number of the above-mentioned original copy of in above-mentioned steps (f), accepting, confirm the step (g) of the executable function of above-mentioned image copy device; With make the user can only be set in the above-mentioned steps (g) step (h) of the function of confirming.
According to the present invention, under the situation of having set the portioning function, the 1st view data of each original copy and the 2nd view data both sides are stored in the storage part.Therefore, the 1st view data through recycling each original copy of storing in the storage part and the 2nd view data can be exported the copy of many original copys repeatedly by part ground.That is, after having read the 1st image of many original copys continuously, read the 2nd image of original copy continuously, in the processing of the copy of many parts of original copys of generation, can carry out with part the portioning function of many parts of copies that are unit output original copy.
Description of drawings
Fig. 1 is the block diagram of the structure of the MFP that relates to of expression the 1st execution mode of the present invention.
Fig. 2 is the flow chart of expression by the duplicating processed steps of MFP execution shown in Figure 1.
Fig. 3 is the flow chart of the step of the double-side printing processing shown in the step S110 of presentation graphs 2.
Fig. 4 is the flow chart of the variation of expression duplicating processing shown in Figure 2.
Fig. 5 is the flow chart of the step of the double-side printing processing shown in the step S310 of presentation graphs 4.
Fig. 6 is the flow chart of the duplicating processed steps that relates to of expression the 2nd execution mode of the present invention.
Fig. 7 is illustrated in the figure that the portioning function ON/OFF that shows in the processing shown in the step S509 of Fig. 6 selects an example of picture.
Fig. 8 is the flow chart of the duplicating processed steps that relates to of expression the 3rd execution mode of the present invention.
Fig. 9 is illustrated in the figure that the portioning function ON/OFF that shows in the processing shown in the step S608 of Fig. 8 selects an example of picture.
But Figure 10 is expression is shown processed steps by the scan manuscript number of MFP execution a flow chart.
Figure 11 is the figure that expression can scan an example of number display frame.
Figure 12 is the flow chart of expression by the step of the selectable punction limit processing of MFP execution.
Figure 13 is the figure of an example of expression original copy number input picture.
Figure 14 is the figure of an example of presentation function guide look display frame.
Among the figure: 1-MFP; 11-CPU; 12-ROM; 13-RAM; The 14-guidance panel; 15-ADF; The 16-image reading unit; 17-printing portion; The 18-communication interface; The 19-bus; 100,200-portioning function ON/OFF selects picture.
Embodiment
Below, with reference to accompanying drawing, execution mode of the present invention is described in detail.
(the 1st execution mode)
Fig. 1 is the block diagram of the structure of the MFP that relates to of expression the 1st execution mode of the present invention.
As the image copy device; MFP1 has CPU (Central Processing Unit) 11, ROM (Read Only Memory) 12, RAM (Random Access Memory) 13, guidance panel 14, ADF15, image reading unit 16, printing portion 17 and communication interface 18, and these parts interconnect through the bus 19 that is used for switching signal.
CPU11 is used for carrying out according to program the control and the various calculation process of above-mentioned each one.ROM12 is used to store various programs and various data.RAM13 is as the operating area and temporary transient stored program and data.
ADF15 is used for many original copys that place are advocated the read position of conveyance successively to the regulation of image reading unit 16, discharges the original copy after being read by image then successively.
In addition, MFP1 also can contain other inscapes beyond the above-mentioned inscape, perhaps can not comprise a part of key element in the above-mentioned inscape.
When the MFP1 that as above-mentioned, constitutes generated many parts of original copy copies in the double-sided copying of carrying out many original copys, can carry out with part was the portioning function of unit output original copy copy.Below, with reference to Fig. 2 and Fig. 3, the action of MFP1 is described.
Fig. 2 is the flow chart of expression by the duplicating processed steps of MFP execution.Wherein, the algorithm shown in the flow chart of Fig. 2 is used as procedure stores in the ROM12 of MFP1, and is carried out by CPU11.
At first, judge whether to have selected portioning function (step S101).In this execution mode, whether judges has selected the portioning function through the portioning function selecting picture (not shown) that on guidance panel 14, shows.Wherein, under the situation of having selected the portioning function, specify the generation umber of copy simultaneously.
(step S101: not), be " OFF " (step S102) under the situation that is judged as non-selected portioning function with the portioning function setting.On the other hand, being judged as (step S101: be) under the situation of having selected the portioning function, be " ON " (step S103) with the portioning function setting.
Next, read the 1st image (step S104) of 1 piece of original copy.In this execution mode, 1 piece of original copy conveyance in many original copys that are placed among the ADF15 to image reading unit 16, is read the image in the front (the 1st face) of this original copy by image reading unit 16.
Then, with image data storage (step S105) in memory.In this execution mode, the image data storage that will in the processing shown in the step S104, obtain through the front of reading original copy is in RAM13.
Next, judge whether to carry out read (the step S106) of next original copy.That is, judge in ADF15, whether to remain the original copy that is not read direct picture.
Be judged as (step S106: not), carry out double-side printing processing (step S110) under the situation about reading that need not carry out next original copy.In this execution mode, at first the back side (the 2nd face) in order to read original copy is placed into many original copys among the ADF15 by the user once more.Then, read the image at the original copy back side, form image successively based on view data on two sides with paper.Details about the double-side printing processing shown in the step S110 will be described hereinafter.
On the other hand, when in the processing shown in the step S106, being judged as (step S106: be) to carry out the reading of next original copy the time, judge whether the capacity of memory has surpassed the 1st ormal weight (step S107).Whether the data volume of particularly, judging image stored data among the RAM13 has surpassed the 1st ormal weight as predefined value.The 1st ormal weight for example is the half the value of all told of RAM13.
Do not surpass (step S107: not), turn back to the processing of step S104 under the situation of the 1st ormal weight at the capacity that is judged as memory.As a result, all remove up to the original copy that is placed on ADF15, or the data volume of the view data in the front of the original copy of storing among the RAM13 surpasses till the 1st ormal weight, image reading unit 16 continues to read the direct picture of the residue original copy of placing among the ADF15.
On the other hand, when the capacity that in the processing shown in the step S107, is judged as memory has surpassed the 1st ormal weight (step S107: be), judge whether the portioning function is " ON " (step S108).
Be judged as (step S108: not), turn back to the processing of step S104 under the situation that the portioning function is not " ON ".As a result, continue to read the image in the front of the residue original copy of placing among the ADF15 by image reading unit 16.
On the other hand, being judged as (step S108: be) under the situation that the portioning function is " ON ", be " OFF " (step S109) with the portioning function setting, turn back to the processing of step S104.As a result, continue to read the direct picture of the residue original copy of placing among the ADF15 by image reading unit 16.
As stated; According to the processing shown in step S101～S109 of Fig. 2; The data volume of the view data that obtains reading the positive image of original copy has reached under the situation of a half value of whole memory capacity of RAM13; The portioning function is changed to " OFF " from " ON ", continue to read the direct picture of the residue original copy of placing among the ADF15 by image reading unit 16.
On the other hand, do not reach in the data volume of the view data in the front of original copy under the situation of a half value of whole memory capacity of RAM13, keep the state that the portioning function is set to " ON ".
According to such structure; Be set in the portioning function under the situation of " ON "; The data volume of the view data in the front of many original copys is restricted to below whole memory capacity half the of RAM13, in RAM13, has guaranteed to be used to store the storage area of view data at the back side of each original copy.Therefore, in the RAM13 of the view data in the front that stores many original copys, can be stored in the follow-up double-side printing processing view data that the image at the back side through reading original copy is obtained reliably.As a result, the view data in the front through recycling each original copy of storing among the RAM13 and the view data at the back side, MFP1 can be the many parts of copies that unit generates many original copys with part.
Fig. 3 is the flow chart of the step of the double-side printing processing shown in the step S110 of presentation graphs 2.As stated, in double-side printing processing, read the image at the back side of original copy, form image successively based on view data on two sides with paper.
At first, judged whether to begin read (the step S201) at the back side.In this execution mode, in order to read the back side of original copy, whether judges is placed into many original copys among the ADF15 once more, and whether has indicated the reading of the back side of beginning original copy.
Be judged as (step S201: not), wait the pending indication that begins under the situation about reading that does not begin the back side.On the other hand, under the situation about reading that is judged as the beginning back side (step S201: be), read the 2nd image (step S202) of 1 piece of original copy.In this execution mode, 1 piece of original copy conveyance in many original copys that are placed on ADF15 to image reading unit 16, is read the image at the back side (the 2nd face) of this original copy by image reading unit 16.
Next, with image data storage (step S203) in memory.In this execution mode, will in the processing shown in the step S202, read the image at the original copy back side and the image data storage that obtains in RAM13.
Then, carry out 1 page duplex printing (step S204).In this execution mode, form the image that is based on the view data that stores RAM13 in the processing shown in the step S203 into respectively and based on the image of the view data corresponding with the image in the front of this image at positive and negative with paper.Formed being discharged in the discharge tray behind the image with paper.
Next, judge whether the portioning function is " ON " (step S205).Being judged as (step S205: be) under the situation that the portioning function is " ON ", transfer to the processing of step S207.
And be judged as (step S205: deny) under the situation that the portioning function is not " ON ", deleted image data (step S206).In this execution mode, the processing shown in the step S204, be used for the view data that image forms from the RAM13 deletion.
Then, judge whether to carry out read (the step S207) of next original copy.Need carry out judging whether the capacity of memory has surpassed the 2nd ormal weight (step S208) under the situation that next original copy reads (step S207: be) being judged as.Whether the data volume of particularly, judging image stored data among the RAM13 has surpassed the 2nd ormal weight as predefined value.The 2nd ormal weight for example is the value of whole memory capacity of RAM13.
Surpassed at the capacity that is judged as memory under the situation of the 2nd ormal weight (step S208: be), because memory span is overflowed and the cancellation task, processing finishes.
And do not surpass (step S208: not), turn back to the processing of step S202 under the situation of the 2nd ormal weight at the capacity that is judged as memory.As a result, continue to read the image at the back side of the residue original copy that is placed on ADF15 by image reading unit 16.
On the other hand, when in the processing shown in the step S207, being judged as (step S207: not), judge whether the portioning function is " ON " (step S209) need not continue the reading of next original copy the time.Be judged as (step S209: deny) under the situation that the portioning function is not " ON ", end process.
As stated; According to the processing shown in step S201～S209 of Fig. 3; The image at the original copy back side is read, and forms the image of the view data that obtains based on the image that reads the back side respectively and based on the image of the view data in the front of correspondence at the positive and negative with paper.Till the original copy of in ADF15, placing is all removed,, generate the copy of 1 part of many original copy through carrying out the processing shown in step S202～S207 repeatedly.
On the other hand, when in the processing shown in the step S209, being judged as the portioning function when being " ON " (step S209: be), print remaining umber (step S210).In this execution mode, on through the basis of carrying out 1 part of copy that the processing shown in step S202～S207 generates repeatedly, by a copy that part generates remainder.Particularly, recycle in the generation of the 1st part of copy and do not remained in the view data among the RAM13 after the use, remain the copy of many original copys of umber by part generation by deletion.
As stated,, at first read the image at the original copy back side, generate view data according to the processing of flow process shown in Figure 3.Then, the time point of the view data at the back side of 1 piece of original copy in having generated many original copys, with the view data in corresponding front together, form image respectively at positive and negative based on 2 view data with paper.Here, under the situation of not setting the portioning function, the view data that formation utilized of image is deleted from RAM13.As a result, only generate the copy of 1 part of many original copy.
On the other hand, under the situation of having set the portioning function, in order in the 2nd part of later printing, to use, the employed view data of the formation of image is not deleted from RAM13 and is retained.As a result, under the situation of having set the portioning function, the view data through recycling the front of storing among the RAM13 and the view data at the back side can be by many parts of copies that part generate many original copys.
As stated; According to this execution mode; Behind the image in the front of having read many original copys by the MFP1 that is with single face ADF continuously; The image that reads the back side continuously generates in the processing of copy of many original copys, has surpassed the half the time point of whole memory capacity of RAM13 in the data volume of the view data in front, removes the portioning function.In other words, according to this execution mode, under the situation of having set the portioning function, control MFP1 is to the action of reading of original copy, so that the data volume of the view data in the front of many original copys is limited in below whole memory capacity half the of RAM13.
Thereby; In follow-up double-side printing processing; Can in RAM13, guarantee to be used to store the storage area of the view data that the image at the back side through reading original copy obtains, in RAM13, can store view data and the view data both sides at the back side in the front of each original copy.As a result, the view data in the front through recycling each original copy of storing among the RAM13 and the view data at the back side can generate the copy of many original copys repeatedly by part.That is, can carry out the portioning function by the MFP1 of band single face ADF.
Wherein, according to this execution mode, surpass in the data volume of the view data in the front of original copy under the half the situation of whole memory capacity of RAM13, the portioning function is disengaged, and continues to read the image in the front of remaining original copy.Thereby, can prevent the generation of the mistake that the setting because of the portioning function causes.
(variation)
In above-mentioned execution mode, whether remove the judgement of portioning function according to the data volume of image stored data among the RAM13.But, also can judge whether to remove the portioning function according to the number of the original copy that has been read direct picture.
Fig. 4 is the flow chart of the variation of the duplicating processing in this execution mode of expression.Wherein, the algorithm shown in the flow chart of Fig. 4 is used as procedure stores in the ROM12 of MFP1, is carried out by CPU11.
Because the processing shown in step S301～S306 and the S308～S309 is identical with step S101～S106 and the processing shown in step S108～S109 of Fig. 2, the explanation that the Therefore, omited is detailed.
In the processing shown in the step S307, judge whether the number that reads the original copy after the completion of direct picture has surpassed the 1st regulation number.The 1st regulation number for example is the half the value of the maximum number of storable view data among the RAM13.The maximum number of storable view data among the RAM13 can be through calculating whole memory capacity of RAM13 mean size divided by the view data of the one side of 1 piece of original copy.
Fig. 5 is the flow chart of the step of the double-side printing processing shown in the step S310 of presentation graphs 4.Because the processing shown in step S401～S407 and the S409～S410 is identical with step S201～S207 and the processing shown in step S209～S210 of Fig. 3, the explanation that the Therefore, omited is detailed.
In the processing shown in the step S408, judge the reading number and whether surpassed the 2nd regulation number of the back side of original copy.Here, the 2nd stated number is the maximum number of storable view data among the RAM13.
As stated,, surpassed under the half the situation of maximum number of storable view data among the RAM13, removed the portioning function at the number that is judged as the original copy that is read direct picture according to this variation.In other words, under the situation of having set the portioning function, control MFP1 is to the action of reading of original copy, so that be read below maximum number half that the number of the original copy of direct picture is restricted to storable view data among the RAM13.Thereby, can in RAM13, guarantee to be used to store the storage area of view data at the back side of many original copys, the view data in the front of each original copy of storage and the view data both sides at the back side in RAM13.As a result, can be by part copy of many original copys of generation.
(the 2nd execution mode)
In the 1st execution mode, surpassed in the data volume of view data under the half the situation of whole memory capacity of RAM13, the portioning function is automatically terminated.But, also can not remove the portioning function, and, use the portioning function a original copy that the reading of the time point direct picture that surpasses ormal weight in the data volume of view data accomplished.
Fig. 6 is the flow chart of the duplicating processed steps that relates to of expression the 2nd execution mode of the present invention.Algorithm shown in the flow chart of Fig. 6 is used as procedure stores in the ROM12 of MFP1, is carried out by CPU11.
Because the processing shown in step S101～S108 of the processing shown in step S501～step S508 and Fig. 2 is identical, the explanation that the Therefore, omited is detailed.
In the processing shown in the step S509, show that portioning function ON/OFF selects picture.In this execution mode, on guidance panel 14, show to make the user whether select the portioning function setting is selected picture for the portioning function ON/OFF of " OFF ".
Fig. 7 is the figure that the portioning function ON/OFF in this execution mode of expression selects an example of picture.Select picture 100 through portioning function ON/OFF, accepted user is maintained " ON " with the portioning function or is set at the selection of " OFF ".
Then, judge whether that with the portioning function setting be " OFF " (step S510).Being judged as the portioning function setting is under the situation of " OFF " (step S510: be), is " OFF " (step S511) with the portioning function setting, turns back to the processing of step S504 then.As a result, continue to read the image in the front of the residue original copy that is placed on ADF15 by image reading unit 16.Then, after the image in the front of having accomplished whole original copys read, the double-side printing processing shown in the execution in step S512 generated the copy of a original copy.Wherein, because the double-side printing processing shown in the step S512 is identical with the processing of flow process shown in Figure 3, the explanation that the Therefore, omited is detailed.
On the other hand, (step S510: not), carry out double-side printing processing (step S512) when in the processing shown in the step S510, being judged as not the portioning function setting to " OFF ".Particularly, at first in order to read the back side of original copy, many original copys of will positive at that time reading having been accomplished by the user are placed among the ADF15 once more.Then, read the image at the back side of original copy, form image based on view data at positive and negative with paper.As a result, read a part of original copy of having accomplished, by many parts of copies that part generate original copy for image positive in many original copys.
As stated; Processing according to flow process shown in Figure 6; The data volume of the view data in the front of the original copy of in being judged as RAM13, storing has surpassed under the half the situation of whole memory capacity of RAM13, on guidance panel 14, shows to be used to make the user to select whether to remove the selection picture 100 of portioning function.Under the situation of having selected releasing portioning function, continue to read the image of the single face that remains original copy, only generate the copy of a many original copys.
And do not remove under the situation of portioning function having selected, read the image that image positive in many original copys reads the back side of a part of original copy of having accomplished, by a copy that part generates many parts of a part of original copys.That is, read a part of original copy of having accomplished, use the portioning function for the image in front.
(the 3rd execution mode)
Below, with reference to Fig. 8 and Fig. 9, the 3rd execution mode of the present invention is described.
Fig. 8 is the flow chart of the duplicating processed steps that relates to of expression the 3rd execution mode of the present invention.Wherein, the algorithm shown in the flow chart of Fig. 8 is used as procedure stores in the ROM12 of MFP1, is carried out by CPU11.
At first, the portioning function is set to " ON " (step S601).In this execution mode, irrelevant with user's setting, the portioning function initially is set to " ON ".
Because the processing shown in step S104～S107 of the processing shown in step S602～S605 and Fig. 2 is identical, the explanation that the Therefore, omited is detailed.
When the capacity that in the processing shown in the step S605, is judged as memory has surpassed the 1st ormal weight (step S605: be), judge whether the capacity of memory has surpassed the 3rd ormal weight (step S606).Here, the 3rd ormal weight for example is the value of mean size of the view data of whole memory capacity from RAM13 one side of deducting 1 piece of original copy.
Surpassed at the capacity that is judged as memory under the situation of the 3rd ormal weight (step S606: be), carried out double-side printing processing (step S611).Wherein, the capacity that is judged as memory has surpassed the situation of the 3rd ormal weight, is only limited to the situation that the portioning function is set to " OFF ".According to such structure, be set in the portioning function under the situation of " OFF ", can prevent the situation of the view data at the back side that in RAM13, can not store 1 piece of original copy.That is, on the two sides of duplicating many original copys, only generate under the situation of a copy, can prevent not read the image at the back side and situation about making a mistake.Because the double-side printing processing shown in the step S611 is identical with the processing of flow process shown in Figure 3, the explanation that the Therefore, omited is detailed.
On the other hand, (step S606: not), judge whether the portioning function is " ON " (step S607) when the capacity that in the processing shown in the step S606, is judged as memory does not surpass the 3rd ormal weight.
Be judged as (step S607: not), turn back to the processing of step S602 under the situation that the portioning function is not " ON ".As a result, continue to read the image in the front of the residue original copy that is placed on ADF15 by image reading unit 16.
And be judged as (step S607: be) under the situation that the portioning function is " ON ", show that portioning function ON/OFF selects picture (step S608).
Fig. 9 is the figure that the portioning function ON/OFF in this execution mode of expression selects an example of picture.Select in the picture 200 at the portioning function ON/OFF of this execution mode, select whether to generate the copy of many parts of original copys, select the ON/OFF of portioning function through making the user.
Then, judge whether that with the portioning function setting be " OFF " (step S609).Select to have selected not generate under the situation of many parts of copies in the picture 200 at portioning function ON/OFF, being judged as the portioning function setting is " OFF ".
Being judged as the portioning function setting is that the portioning function is set to " OFF " (step S610), turns back to the processing of step S602 under the situation of " OFF " (step S609: be).As a result, continue to read the image in the front of the residue original copy that is placed on ADF15 by image reading unit 16.And, after all the image in the front of original copy reads completion, the double-side printing processing shown in the execution in step S611, the copy of 1 part of original copy of generation.
On the other hand, be not (step S609: not), carry out double-side printing processing (step S611) under the situation of " OFF " not being judged as with the portioning function setting.Particularly, in order to read the back side of this original copy, will positive at that time image read many original copys of having accomplished by the user and be placed among the ADF15 once more.Then, read the image at the back side of original copy, form image at positive and negative simultaneously based on view data with paper.As a result, a part of original copy of having accomplished for the reading of direct picture in many original copys is by many parts of copies that part generate original copy.
As stated, according to the processing of flow process shown in Figure 8, at first irrespectively set the portioning function with user's setting.Then, surpassed in the data volume of the view data in the front that is judged as original copy under the half the situation of whole memory capacity of RAM13, whether generate the selection of many parts of copies through impelling the user, but whether accepted user has removed the selection of portioning function.
Then, under the situation of having selected releasing portioning function (promptly generating a copy), continue to read the image in the front of original copy.At this moment, confirm the data volume of image stored data among the RAM13, surpassed the time point of the 3rd ormal weight in data volume, the indication user is placed into ADF15 with the back side of original copy.
On the other hand, under the situation of having selected execution portioning function (promptly generating many parts of copies), read the image that direct picture reads the back side of the original copy of having accomplished, form image based on view data at positive and negative with paper.As a result, read a part of original copy of having accomplished, by part many parts of copies of output for direct picture in many original copys.That is, read a part of original copy of having accomplished and use the portioning function for direct picture.
In addition; Different with this execution mode; Control not according to the data volume of view data and according to the number of the original copy that has been read direct picture under the situation of action of MFP1, the maximum number N that the 3rd regulation number corresponding with above-mentioned the 3rd ormal weight becomes storable view data from RAM13 deducts 1 value (N-1).
As stated; In the 1st～the 3rd execution mode; When the MFP1 by band single face ADF carries out the double-sided copying of many original copys; Surpassed the half the time point of whole memory capacity of RAM13 in the data volume of the view data in the front of original copy, remove the portioning function, or the frontal image reads a part of original copy of having accomplished and uses the portioning function.
But, also can be before the execution of duplicate handling, make MFP1 prenotice the number of the original copy that can read, or, avoid situation about being disengaged in the function of portioning midway that reads processing according to the number of the original copy function that can select of limited subscriber in advance to the user.
But Figure 10 is expression is shown processed steps by the scan manuscript number of MFP execution a flow chart.Wherein, the algorithm shown in the flow chart of Figure 10 is used as procedure stores in the ROM12 of MFP1, is carried out by CPU11.
At first, judge whether to carry out portioning function (step S701).For example, in the menu screen (not shown) of guidance panel 14, specify the portioning function, select the ON/OFF of portioning function.
(step S701: not), demonstration can scan number N (step S702) under the situation of not carrying out the portioning function being judged as.In this execution mode, at first, calculate and to scan number through to whole memory capacity of RAM13 mean size divided by the view data of the single face of 1 piece of original copy.Then, show that on guidance panel 14 being used for scanning number notifies the scanned number display frame 300a to the user (with reference to Figure 11 (A)).
On the other hand, be judged as under the situation of carrying out the portioning function (step S701: be), demonstration can scan number N/2 (step S703).In this execution mode, show on guidance panel 14 and can scan number display frame 300b (with reference to Figure 11 (B)) that this can scan the number N/2 of the half value of the scanned number N under the situation that number display frame 300b representes not carry out the portioning function.
As stated, according to the processing of flow process shown in Figure 10, be presented under the situation of carrying out the portioning function and do not carry out the number of the original copy that the MFP1 under the situation of portioning function can read.According to such structure, the user can consider the number of original copy, judges whether to carry out the portioning function.
Figure 12 is the flow chart of expression by the step of the selectable punction limit processing of MFP execution.Wherein, the algorithm shown in the flow chart of Figure 12 is used as procedure stores in the ROM12 of MFP1, is carried out by CPU11.
At first, accept the input (step S801) of original copy number.In this execution mode,, import the number of the original copy that user for example wants to duplicate through original copy number input picture 400 (with reference to Figure 13).
Then, calculate printable number (step S802).In this execution mode,, calculate printable number through to whole memory capacity of RAM13 mean size divided by the view data of the single face of 1 piece of original copy.
Then, be set as the state (step S803) that to select available function by the user.In this execution mode, at first, confirm the function that MFP1 can carry out according to original copy number of in the processing of step S801, accepting and the printable number that in the processing of step S802, calculates.Then, be made as the state that to select determined function by the user.Particularly, for example too many at the number of original copy, MFP1 can not carry out under the situation of portioning function, and the grey that in menu screen (not shown), the setting button that is used to set the portioning function was lost efficacy shows.
At this moment, also can on guidance panel 14, show to the user and represent the function one hurdle display frame 500 (with reference to Figure 14) whether each function can be performed.
As stated, according to the processing of flow process shown in Figure 12, limited the function of the MFP1 that the user can set in advance based on the number of original copy.According to such structure, can prevent that the user from setting unavailable function.
The invention is not restricted to above-mentioned execution mode, in the scope of claims, can carry out various changes.
For example in the above-described embodiment, as the 1st ormal weight of the storage area of the view data that is used to guarantee the original copy back side, set the half the value of whole memory capacity of RAM13.But the 1st ormal weight value of being not limited thereto in RAM13 can store direct picture data and back side image data both sides' the scope of many original copys, can suitably be set.For example, the 1st ormal weight can be set to the little value of a half value than whole memory capacity of RAM13.And, for the 2nd ormal weight and the 3rd ormal weight, also can suitably set.
Mechanism that carries out various processing and method in the related image copy device of this execution mode, any one of the hardware circuit that can be through special use or the computer of implant procedure realized.Said procedure for example can utilize the recording medium of embodied on computer readable such as floppy disk and CD-ROM to provide, and also can provide through networks such as the Internet are online.Under this situation, program recorded is transferred to storage parts such as hard disk usually in the recording medium of embodied on computer readable.And said procedure can be used as independent application program and provides, and also can be used as a function of image copy device and is combined in the software of this device.
Claims (14)
1. image copy device, it reads the 2nd image of above-mentioned original copy continuously after having read the 1st image of many original copys continuously, generate the copy of above-mentioned original copy, it is characterized in that having:
Function setting portion, it is set with part is the portioning function of unit many parts of copies exporting above-mentioned many original copys;
Reading part, it reads the image of the single face of above-mentioned many original copys continuously;
Storage part, its storage are read image and the view data that obtains of the single face of above-mentioned original copy by above-mentioned reading part; With
Control part; Under the situation of having set above-mentioned portioning function; Control of the read action of above-mentioned reading part to above-mentioned original copy; So that read the data volume of above-mentioned the 1st view data of storing in the 1st number or the above-mentioned storage part of original copy of image by above-mentioned reading part, be restricted in the 1st view data in above-mentioned storage part, can storing each original copy and the 2nd 's view data both sides' the scope.
2. image copy device according to claim 1 is characterized in that,
Reached in the data volume of the number of above-mentioned original copy or above-mentioned view data under the situation of higher limit of above-mentioned scope, above-mentioned control part is removed above-mentioned portioning function, and makes above-mentioned reading part continue to read the 1st image of residue original copy.
3. image copy device according to claim 1 and 2 is characterized in that,
Reached in the data volume of the number of above-mentioned original copy or above-mentioned view data under the situation of higher limit of above-mentioned scope; Above-mentioned control part finishes above-mentioned reading part midway the 1st image of above-mentioned original copy read, and makes above-mentioned reading part read the 2nd the image that above-mentioned the 1st image reads the original copy of having accomplished.
4. according to any described image copy device in the claim 1～3, it is characterized in that,
Also have the selection picture display part, this selection picture display part has reached in the data volume of the number of above-mentioned original copy or above-mentioned view data under the situation of higher limit of above-mentioned scope, show to be used to make the user to select whether to remove the selection picture of above-mentioned portioning function,
Selecting to remove under the situation of above-mentioned portioning function; Above-mentioned control part is removed above-mentioned portioning function; And make above-mentioned reading part continue to read the 1st image of residue original copy; Do not remove under the situation of above-mentioned portioning function having selected, above-mentioned control part finishes above-mentioned reading part midway the 1st image of above-mentioned original copy is read, and makes above-mentioned reading part read the 2nd the image that above-mentioned the 1st image reads the original copy of having accomplished.
5. according to claim 2 or 4 described image copy devices, it is characterized in that,
Also has the identification part; This identification part is disengaged in above-mentioned portioning function; And continue to read under the situation of the 1st the image that remains original copy by above-mentioned reading part; Whether the data volume of image stored data has reached the value of 1 view data in above-mentioned storage part, can only storing 1 piece of original copy in the number of the original copy that identification is read by above-mentioned reading part or the above-mentioned storage part
Be identified as the number of above-mentioned original copy or the data volume of above-mentioned view data has reached under the situation of above-mentioned value in above-mentioned identification part; Above-mentioned control part finishes above-mentioned reading part midway the 1st image of above-mentioned original copy read, and makes above-mentioned reading part read the 2nd the image that above-mentioned the 1st image reads the original copy of having accomplished.
6. according to any described image copy device in the claim 1～5, it is characterized in that,
Also have original copy number display part, this original copy number display part shows the number of the original copy that above-mentioned reading part can read under the situation of having set above-mentioned portioning function.
7. according to any described image copy device in the claim 1～6, it is characterized in that also having:
Accept the portion of the input of the original copy number that is undertaken by the user;
The number of the above-mentioned original copy of according to the above-mentioned portion of accepting is confirmed the executable function of above-mentioned image copy device bonding part really; With
Make the user can only set the function restrictions of the determined function of above-mentioned definite portion.
8. the control method of an image copy device; This image copy device has the reading part and the storage of the one-sided image that reads many original copys continuously and reads the one-sided image of above-mentioned original copy and the storage part of the view data that obtains by above-mentioned reading part; And after having read the 1st image of above-mentioned original copy continuously, read the 2nd image of above-mentioned original copy continuously, generate the copy of above-mentioned original copy; This control method is characterised in that, comprising:
Setting is the step (a) of the portioning function of unit many parts of copies exporting above-mentioned many original copys with part; With
Under the situation of having set above-mentioned portioning function; Control of the read action of above-mentioned reading part to above-mentioned original copy; So that read the data volume of above-mentioned the 1st view data of storing in the 1st number or the above-mentioned storage part of original copy of image by above-mentioned reading part, be restricted to the step (b) in the 1st view data in above-mentioned storage part, can storing each original copy and the 2nd 's view data both sides' the scope.
9. the control method of image copy device according to claim 8 is characterized in that,
Reached in the data volume of the number of above-mentioned original copy or above-mentioned view data under the situation of higher limit of above-mentioned scope, in above-mentioned steps (b), removed above-mentioned portioning function, and make above-mentioned reading part continue to read the 1st image of residue original copy.
10. according to Claim 8 or the control method of 9 described image copy devices, it is characterized in that,
Reached in the data volume of the number of above-mentioned original copy or above-mentioned view data under the situation of higher limit of above-mentioned scope; In above-mentioned steps (b), finish above-mentioned reading part midway the 1st image of above-mentioned original copy is read, make above-mentioned reading part read the 2nd the image that above-mentioned the 1st image reads the original copy of having accomplished.
11. the control method of any described image copy device is characterized in that according to Claim 8～10,
The data volume that also is included in number or the above-mentioned view data of above-mentioned original copy has reached under the situation of higher limit of above-mentioned scope, shows to be used to make the user to select whether to remove the step (c) of the selection picture of above-mentioned portioning function,
Selecting to remove under the situation of above-mentioned portioning function; In above-mentioned steps (b), remove above-mentioned portioning function; And make above-mentioned reading part continue to read the 1st image of residue original copy; Do not remove under the situation of above-mentioned portioning function having selected, in above-mentioned steps (b), finish above-mentioned reading part midway the 1st image of above-mentioned original copy is read, make above-mentioned reading part read the 2nd the image that above-mentioned the 1st image reads the original copy of having accomplished.
12. the control method according to claim 9 or 11 described image copy devices is characterized in that,
Also being included in above-mentioned portioning function is disengaged; And continue to read under the situation of the 1st the image that remains original copy by above-mentioned reading part; Whether the data volume of image stored data has reached the step (d) of the value of 1 view data in above-mentioned storage part, can only storing 1 piece of original copy in the number of the original copy that identification is read by above-mentioned reading part or the above-mentioned storage part
In above-mentioned steps (d), being identified as the number of above-mentioned original copy or the data volume of above-mentioned view data has reached under the situation of above-mentioned value; In above-mentioned steps (b), finish above-mentioned reading part midway the 1st image of above-mentioned original copy is read, make above-mentioned reading part read above-mentioned the 1st image and read the 2nd of the original copy accomplished.
13. the control method of any described image copy device is characterized in that according to Claim 8～12,
Also be included under the situation of having set above-mentioned portioning function, show the step (e) of the number of the original copy that above-mentioned reading part can read.
14. the control method of any described image copy device is characterized in that according to Claim 8～13, also comprises:
Accept the step (f) of the input of the above-mentioned original copy number that is undertaken by the user;
According to the number of the above-mentioned original copy of in above-mentioned steps (f), accepting, confirm the step (g) of the executable function of above-mentioned image copy device; With
Make the user can only be set in the step (h) of the function of confirming in the above-mentioned steps (g).
Applications Claiming Priority (2)
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| JP2010259334A JP5636904B2 (en) | 2010-11-19 | 2010-11-19 | Image copying apparatus and control program for image copying apparatus |
| JP2010-259334 | 2010-11-19 |
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Cited By (2)
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| CN103676544A (en) * | 2013-12-04 | 2014-03-26 | 杨伟 | Automatic batching copying equipment |
| CN112019697A (en) * | 2019-05-31 | 2020-12-01 | 兄弟工业株式会社 | Image forming apparatus, method of storing image forming data, and program |
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| JP6187303B2 (en) * | 2014-02-18 | 2017-08-30 | ブラザー工業株式会社 | Reader |
| US9955032B2 (en) * | 2015-12-10 | 2018-04-24 | Kabushiki Kaisha Toshiba | Scanner capable of reading double sides of sheet once |
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Also Published As
| Publication number | Publication date |
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| JP5636904B2 (en) | 2014-12-10 |
| JP2012114506A (en) | 2012-06-14 |
| CN102547050B (en) | 2015-06-10 |
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