JPS5910962A - Image processing control device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] The present invention relates to an image processing control device.

Conventional copying machines either copy a predetermined number of copies from one original by setting the number of copies per time, or make copies in a single color by setting the color mode twice.

It only has the ability to make copies in the desired color, such as three colors, and copies from the same original onto different paper sizes.

Copying in different color modes or paper sizes.

Varies depending on color mode. Depending on the number of copies, and even different originals, different paper sizes, color modes, etc.
When making multiple copies, it is troublesome for the operator to reset the copy mode, such as the paper size, each time the copy is completed.

The present invention aims to eliminate such inconveniences, and it is possible to perform image processing in different modes without having to set the mode every time image processing is completed, and to notify the operator of the future image processing mode of the apparatus. The purpose of the present invention is to provide an image processing control device that can perform the following functions.

That is, key manual means for inputting data necessary for image processing operations, storage means capable of storing data input by said key manual means for a plurality of processing operations, and data stored in said storage means. and a control means for performing an image processing operation based on the stored first data, and further for displaying second data stored in the storage means during or after the image processing operation based on the stored first data. The present invention provides an image processing control device characterized by having a display means.

This will be explained below with reference to the drawings. Figure 1 shows the present invention at 1f4.
To briefly explain the operation using an example of a color copying machine that can perform ##1, as the ifl and complementary l move, the original 1it1i runs under the exposure unit 2, and faithful color reproduction (by mixing three colors).
In this case, first, the colors are separated by a 1rQ filter 4, and a photoconductor on a photoconductor drum 8 is irradiated with a light image, and the pre-charged charge is removed by a photoacid and a static eliminator 7, and the electrostatic latent is removed. An image is formed on a photoreceptor. Then, this m image is visualized by a yellow developing device 17, and the town gift hawk is transferred to the transfer drum 9.
Transfer onto copy paper wrapped in paper. Copy paper 9 is the selected cassette! For example, A4 size paper is fed from the paper feed roller 15 from the paper feed roller 15 . Next, the filter 4 is turned green and the same material IIi is run again, and an electrostatic charge is formed on the photoreceptor in the same manner as above.

This mgII was visualized using the magenta developing device 18, and the Loe's Dandelion was transferred to the above-mentioned charcoal paper, and the yellow color was added to K5.
Match M. Next, change filter 4 to red and the current dormitory 1 in cyan! Activate 19, do the above and 111, and cyan c
II Shukutan in form 1JVL, this aJ on the two-color image of the above copy paper
It is created by overlapping one visual image to create a three-color taste. The f copy paper is separated by the timing operation of the separating claw 10, and is conveyed by the punching belt 12 while passing through the leveler 11.
It is soaked in a fixed state to form a gripper with a color faithful to the original, and is discharged outside the machine by rollers 20.

Figure 2 shows an example of the operation section of such a copying machine, which includes a matrix switch (for example, 1975 Registration License Manual No. 128) that allows you to select any combination of KIFi filter and developer.
No. 173), selection and display can be performed simultaneously using a self-illuminated push button switch or a combination of a push button switch and a display element such as a lamp or a light emitting diode. It is a good idea to distinguish and display settings for Classes 4 and 11, such as those that continue to light when a switch is pressed, those that flash at an excessive frequency, and those that Differential display can also be achieved by providing several meters of 14 degree levels for display elements such as lamps or light emitting diodes. K2d1 This is a numeric keypad for setting the number of copies and the number of copies.
DISP2 is a display device for displaying the number of sheets to be constructed, 1) how many sheets have been copied during the 18P3tIi copying process, and DI8P4 is a display device for displaying the set number of sheets for the next copying operation. The numbers indicate the displayed OI of! For example, a seven segment light emitting diode can be used as the display element. K5 is a switch group for setting the copy paper size, for example A3. A
This allows selection of stored cassettes such as 4°84, B5, etc., and displays for each size can be provided. This switch is also self-illuminating, similar to the switch Kl, and displays information using a lamp, light emitting diode, etc.

K6id, upper ad switch Kl, switch 2.
5 on the switch. 7 on the switch. This switch is used to store the data set by switch 9 in the M[3 memory circuit VC.

This is a switch to set whether or not to copy (repeat) the K7 part.The required number of copies is set to 2 on the switch.

j) I S P 6 is 7 as well as L) I8P2-4.
The display section is made up of segment light emitting diodes, and is divided into a section that displays the number of copies to be made and a section that displays how many copies have been completed so far.

K9 is a switch to switch on when the original needs to be replaced, and at the time of construction and at the time when the original should be replaced, it will be lit by unreasonable means similar to No. 11. . C1fAN (The operation of the copying machine is temporarily stopped by the 3E signal and the copy start switch is turned on.
It is more capable of re-starting than K.

Further, when an automatic original supply + stage called an auto feeder (FIG. 6) or a step feeder is used in conjunction with a copying machine, the original can be automatically replaced by this signal (described later).

A switch for temporarily stopping the operation of the K10Vi & camera, K11tfi, the above switch Kl, K2゜K5
．． 7. Switch to cancel the data set by 9.

K12t is a copy start switch, and after some types of data set by the switch are transferred and stored in the storage circuit by EN '1' switch 6, C0
When 12 is pressed on the PY switch, the settings are read out from the memory circuit in the order in which they were set and the copying operation is started. Also, this switch is the switch K 9 C11ANGli
It is also used when restarting a copying machine whose operation has been temporarily stopped by the switch K l OPAUSg.

In addition, if you do not need a memory circuit and want to copy only the originals, you can set the switch Kl to 2 degrees and set it to K5. This is a switch that can be changed once when you want to make a copy.

It plows like a conventional copier.

This switch is for causing the switch K14 to perform double-sided +M feeding, and can be applied to a copying machine having a second provisional paper supply means. This feeds the paper again for copying.

Generally, when performing copying work, the necessary number of pages, number of sheets, and size of copy paper are selected.If these three * = S are set, the copying machine As shown in the figure, it can be operated using a conventionally known method.

In this embodiment, a plurality of sets of the above-mentioned settings are stored in advance in a storage circuit, and the task is to sequentially read out and copy the settings, so the production around the storage circuit will be mainly explained.

To explain an example of the control circuit in FIGS. 6 and 4, K1 is the Co1 or 8ELBCT key, and 21'W1 in FIG.
You can arbitrarily select up to five @ keys.

Tomodashi, TWO (two colors) and F'UL4. (5 colors)
When a color is selected, no further color selection is possible for that copying operation.

First, when the first color B-Y is selected as a color selection signal by 1, it is encoded by the encoder ENC1 and input to the register RGS1 as a 5-digit binary signal.

Next, when you select the second color (IJ-M), the register ttust
After the low Y signal with the contents of is transferred to the register ILGS2, the second color code is entered into the register RGSx.

When the third color of the next tic is scanned, this signal becomes )tG
s2 contents to HaJS3, )t(j31 contents'5r
After transferring to lltGS2, it enters 1tGS1. Therefore, color selection signals for the third color, second color, and -th color are temporarily stored in the tost and aos2 files 083, respectively.

Its t&l also (jSlO Uchitani contents 'XI 3, I
WC3, Tun TEI.

1) 11. V3 'km L Te, 1LGS2 Nouchi Boji MPXI 4゜0MC4,GATEI,D)L
V3 't7, 51AL (content of M33 is A4P
, K15.1) Display through EC5, OA'l'H1, oav3! DIS)'l to illuminate the display corresponding to the selected color. Also color mode 'i' w
o, that is, if B, U, it, R&HK are selected, ν
and) 'If ULL is selected, there will be no more than 11! It's not that big of a deal if the issues are consecutive')/CIWC
3(1)l 7-21. Detect any output of i17th (corresponding to TWO and FULL) and read into 1 (US t) ○ and 2 are setting the number of copies - switch, the number selected with the key is encoder HNC2 The output of the GS4 is encoded into 244 digits and entered as R (384K).
8. l) Create g(,'l, 1)leVl and set DI8
It is supplied to P2 and displayed on the right side. If two-phase copies are required, the key number pressed second becomes the lower digit;
The contents of 384 are transferred to GS5, and the contents of 384 are transferred to fi 4 MPX9.
, IWC2, 1) RV2 wom Lte display 0 At the end of transfer, d of 2 passes through wNc2 kL<J84nim
Including*shi,ttaMPX8,L)hi(,"l,
The signal is displayed on the display device of L)I8P2 through Vlt, and therefore, the lower digit signal is temporarily stored in LLG84, and the upper digit signal is temporarily stored in LLG85.

K5 is the bubble photo paper size setting key, and the selected signal is kt.
Nc3 te:f -)' tL)LL)86 K input 0RtjS6tv Contents u MPXta, WCx3.
DRV9 t a L, Te 1) I8Ps ie 5
For example, the self-illuminated button is illuminated. #, t is setting is 1t (186K is temporarily stored.

K9t:L, a setting switch for giving a control signal to replace the original or to supply the next original to the automatic original supply device, when K9 is pressed, encodes the signal in BNC4 and sends it to IL (187). .

This is a setting switch when double-sided copying is performed using the automatic original supply device in K14, and when the key is pressed, the signal is encoded with gNc4 and sent to R()87 in the same way as the signal in 9. .

For example, the code is 9 to 01. 14 to lO.

) LGs 7 output rjMl'X20, Dgcis
, 1) l(Vll wo 4 and L) ISP6 i.e. e
HANGW key 9 or tto'rti, g-, for example, lights up a self-illuminated lamp to display 4° and C ANG1! Signal is temporarily stored in G87.

1. To store the above settings in memory vILAM! Invert 6 to iNT key.

This will be explained below with reference to FIG.

Pressing the ENT key at 6 causes the timer Tl to generate a pulse for the appropriate time to write the data to AM. This 11
No. I is a 6W ITW (in
Tona 9 game) G,i ~Sent to 9.24, and
0 which is also sent to RAM This signal is also added to gate 0 (Jl passed through sickle, clock @ goo with clock pulse of excavator) G2, gate output is counted by counter C'r2.3 and passed through decoder. Convert to 32 outputs. This output specifies the X address 0-314 of the memory RAM. Also, count the OGIO output with counter CTI and specify the Y address of AM.

Also, the output of counter CT2.3 is sent to decoder 1) J13el.
, 2 and decode the matrix MA'i''
l From K, I created a tri-gai issue (corresponding to the specified location of the X address) for 9 days? Add to LAI~8. latch LA
The output pulses from 1 to 8 become circular pulses according to the memory order of %le A M, and when this is added to 03 to 9.24, the outputs of these gates become actual write command signals and are added to each multiplexer. So, 几G81~? , 23
The temporarily stored signal is transferred to 14 AM and stored.

1 (, AM, the input data necessary for one type of copying chestnut is stored in one line by the EN'1' signal.

For X, ~
-Y, all O signals, X4 to X1, #i, GS2 to three colors of color selection, for example, n-M, K6 is 1 and the rest are 0.
Signal 4 f s Xts ~Xti K is one color selected from RG83 I:1, Xl, ~X1. From RG85 to the lower digit of the number, lagoon. ~The upper digit of the number from XtsKFi G84.

X, 4~X+uK FilLG86 to Cf (ANG1
3 signals, K3. C) iANGI! : No. 91, HO
The SET signal from ILGs 23 is stored in TI (signal, X,.).

In other words, when gN''r i No. 6 is manually operated, 1t (contents of 181 d MPXI -MPX2- Mi'X3- MPX
4- MPX5-MPX6- ML'X23- RG8
22 and also by the output ■ signal of gate G3 I)i(
(The contents of 182 are the same route as above, but again) G4
The output @ signal causes the contents of aosa to be changed to MPX as above.
In the route after 2, the output O signal of gate G5 changes the contents of quotient 4 in the same way as above, in the route after MPX3, and the output of 06 (D signal) Then, the contents of 14G86 are changed after MPX5PX5 by the output ■ signal of G7.
Also, from the output [F] signal of G8, 1 (the content of Ga4 is 8!1)' is input to AM on the route after X6.I'LGS22 is used as parallel input and serial output. , u (The data temporarily stored in parallel in JS1 to JS7 is sent to AM as a temporally serial signal.

While copying using the kVc notebook, manually press the key d in the same way as before and print the next tc note of AM.

Note that all registers, counter latches, and flip-flops are cleared when power is turned on and when all copying operations are completed.

This concludes the explanation of the operation of writing the setting number to ILAM.

Next, 0Cbpy explains the memory IJRAM continuous output operation.
When key K12 is pressed to start copying, timer 'r2 starts.
l (, AM-generates a pulse with a busy time width to read out the data. This signal is gross) G24. It passes through gate OGt and is applied to gate G2. Gate G2
Further, a clock signal from a clock oscillator CLOC is applied to output a pulse for the required time. This pulse is counted by counter CT2.3 to designate the X address. In addition, the outputs of counters CT2 and CT3 are passed through the decoder DWC1 and 2 to the matrix MA'l''
l and drives latches L 1-8. Also, the output of timer T2 is an agAo signal for extracting the contents of 14 AM, and is sequentially output by the output of latches LAI~7 and the output from gate c*1o-16 by the L'BkD signal. MPXI0.11, 12.16, 17, 1
9.21 Allj is controlled to l(, A M (1). The necessary data is read from the specified area.

That is, the contents of one digit of RAM are read out as follows.

X, ~X, Fi, Mf'XlOtm and tel (j8
11K,X.

~X, o RGS 12 through FiM P X 11
, X,, ~X,, is also G through Ml'X12
813 s
RGS 15% through Xu-Xn Mi'X19
d and [818,

1Lu811) Contents 4'iMPX13 woi'ljl
To CDEC2, RGS12 contents r, tMPX1
Dk through 4! , to C4, ausla contents i;i
The signals are transferred to L) HC5 through MPX l5'tl-, and each signal is sent to the copying machine, and also sent to DWC3~
5 t] tl force UGA'rL31, 1) RV3 wo4
and is added to DliSPl, thereby displaying color selection. At the same time, as shown in FIG. 1, the developer is selected to match the development timing, and the filter is selected (2) to match the exposure timing.

Next, g in the number of copies of j814 is (, 'NTl is set to 1 digit of the number, and the contents of austs are CN '1' and 2 to 2.
Set up a digit. At the same time, respectively υgc9, 10. Ll le v
Display this value on the display 1) ISP 3 through 5°6.

Also RG814. The contents of l 5 are each M)'X8. 9
Cut off 111Vc j 91) 14cl, 2.
D) LVI, 2141. is displayed on the display DI8P2. DI8P3 returns to 0 at the start of copying, counts the paper feed signal from the CNTl, 2Fi copying device, displays the count I1M in DI8P3, and compares the current count with the set value in KeOMPl, 2, and if they match, the , generates the CTU signal. Then enter the next mode of duplication (described later).

The CTU signal also clears CN'l'l,2 and stops the copy paper feeding operation.

Also, the paper size content of fL0818 is MPXI 8. D
I4C13, l) Sent to DISP5 through Le ■9,
Perform display. At the same time, the output of the DiiC 13 is sent to the copying machine, and a cassette containing copy paper is selected.

Also, when the sequence control for original positioning is true due to size, a control system informed by this signal is also selected.

The answer is Mf'X20. D13C15
As mentioned above, this signal is used to temporarily stop the operation of the device in order to replace the original, and is also used to perform double-sided copying.1) EC150 output tin )ltVll and D
IS)'6 Lighting display 1-.

When this message appears and the device temporarily stops operating, the user must replace the original and press the 70 Copy key.

An example of an automatic original supply device attached to a copying machine is shown in Figure 6. In this case, the original supply device should be replaced with this C11ANG (Sgin) and the operation of the copying machine temporarily suspended. Copying work can be continued without interruption.

゛ That is, in Fig. 6, this signal causes the original feed rollers 52 and 55 to be moved by mm-r, so that the original sent in one autumn is transferred to the original grinder (lamp 60).
．． When detected by the light receiving element 61), the rollers 55 and 54 stop, and the exposure scan starts No. 1M (drum flr localization yt4H).
The rollers are driven again and the original is moved in synchronization with the times (numbers ~).

This embodiment is characterized in that it also displays the contents of a copy that is currently in progress. This operation will be explained.

The output of the timer T2 started by the Copy signal and the C'l''U signal obtained from the number of copies CN'l'l, 2 OA'l'W3 are applied to the gate G25.
This output signal starts timer T3.

The output pulse width of timer T3 is the same as the output pulse width of timer 'r2. (Goo this signal) Timer T to 007
2, the outputs are counted in the same manner as above, decoded and passed through the matrix to latches LAI~8.
to drive. The output signal of the latch LAl~7 is G)
Go through IO-16) added to Gl 7-23.

Other inputs to gates 017 to 23 include the initial V (timer T3 after the copy button is pressed or the CTU signal is output).
The second read signal l! is output by the output of l! 1AI) is added, the contents of the RAM are subsequently extracted by this signal.

On the other hand, the Y address kakunta at this time is the line next to the line in which the contents of the current copying operation are stored, so it is stored in RAM.
The content read out is the content of the copying operation to be performed next.

Therefore, the procedure for figuring out the contents of the copying work to be performed next is as follows.
Goo) IvI+ from Gl 7 Y2 of RAM in @m issue
The rows X, .about.

Then, the contents of RG88 are passed through 'i'E2 to DEC6,0, and the contents of 1tGs9 are transferred to DWC7,GA'rE2.
Through, the contents of RG810 are DbJC8, GA'll
'Di(, added to V4 throughout W2.D ILV
By adding the output of a signal generator which blinks at an appropriate period #4, the content of the tilting operation to be performed next is displayed on the DI8Pl in a blinking manner. Furthermore, DltV
It is also possible to provide another display driven by 4 mJ0 uaS16o content u, agcit, DRV7 em.

It also passes through RG817 o Contents n DHC12, D14V8 and is added to -CD I81) 4 to display the number of copies for the next copying operation.

RG819 content tji)k! Jct4. D Ruyto
1) The paper size for the next copying operation is displayed using a blinking signal as described above which is added to the ISP 5.

ttos 21 o Wti DdC16, Di (Vt
2 kA Lte 1) It is added to the ISP 6, and blinks to indicate whether or not there is a temporary stop for manual original replacement after the next copying operation, original cost exchange using the automatic original supply device, or double-sided copying.

The contents of the register that memorizes the next cycle mode are as follows: When the CTLJ signal is obtained (that is, when the current copying operation is completed), d of RG8g is transferred to G51l through MPXIO.
, the contents of kLtiBgFiMPX11t-m)
tG812K, ftG510OF'3 capacity 1. tMPX1
2 to G513, the contents of aost6 are MPX1
Through 6, l is also %H to G514, the contents of <1817 are M
PX17 all through) tGs 15, RGS19 content FiMPX19 I also Gs I B, I708
The contents of 21 are transferred to RG820 through MPX21, and a new copy cycle is started.
88.9.10°, 16.17, and 19.21 and displayed as the contents of the next copying operation.

The operating conditions of each register GS and each multiplexer MPX are shown below.

In this explanation, for the sake of simplicity, the register multiplexes are not shown, but they can be understood from the drawings and clarification. In addition, although a 32 x 32 bit RAM is shown as an example, by greatly increasing this capacity, and by enlarging the display area, it is also possible to increase the number of color discards, and the number of digits of the set number of sheets can be increased. It is possible to increase

i (For G B, 1 to 7 are manually operated with key manual signals and E
Clear the transfer to It A M with NT, l is the content)L
After transferring to GS2, read i”WO, FULL and Tan Prj
Do not include e, 2, 4# and the contents should be 1tGS3. RG8
Load after transferring to 5. 8, 9.10 are Copy timer signals 'l゛2 and C'I'U (numbered respectively)
S8 is MPX10 all 1, 1 is also G311, l is also ()S
9 ga ti'xttf: 4 si te l mo() 812, RG
After SI0 is transferred to ttusi3 through PXI2, each 1 is also Am x, ~X,.

Read X, -X, o, X, , /-X, .

11, 12, 13, and 14.15 are input signals.

16, 17 ficopy3'ima (Lli' 2oJ: HicTU (F! issue, respectively, 1tGS16 is MPXI
Le 0817 after being transferred to 1tGs14 through 6
(PXI 7 reads 4 M charges each after being transferred to aosls. ~X, , X,. ~X7.).

18 is manually input signal, 19 is Copy timer signal T signal 2C'l' U signal is R (is 19 is MPX
RAM after being transferred to I<, G51s through I9
020, which reads X, 4 to

21 is the Copy timer signal and the Ci'Ll signal, and the HJGS21 is transferred to Rt) 820 through ~1PX21. Load. M P
II (Accordingly, when MPXI rd control control 4 is closed, R()8 2 is transferred to MPX2. Similarly, 2 is @
Lf MPX l wos H Te1tchs 3 f
MP XJ K s 3 ＃';
(M in YuL) 'X4, H in 几GS6 to MPX 6,
6 is (L at MPX5, H at 1 also transfers G87 to MPX22.

8, 9); 1LG8 each during i C0pY M
1 4, )LO8 1 5 otherwise 1tUs4
, outputs G85.

10, 11. Until 12t, each i(to A is 1X, -X, , X, ~X, ., X, ,
#X, , otherwise 1 also outputs 088, 9.10.

13, 14, and 15 are during the copy period (JSil).

12, 13, otherwise RGSI, 2. Outputs 3.

16 and 17 are copy signals respectively ILAMX,...
Enter. .

X,. ~Xt. , otherwise RGSI6. l is also USx
Outputs 7. Similarly, 18 is Copy #I
++ During il, set (ji18, otherwise 1 also set G86, 19 also set AM
During period y r. 1Lcf820, other than lt. as
7 to the 2 1 FiCopy signal.

, otherwise outputs LLG821.

When the 2311 control signal [phase] is L, M1'X22 is transferred, and when it is 11, M1'G523 is transferred to G322.

[Brief explanation of drawings]

Fig. 1 is a schematic sectional view of a photographic machine to which the present invention can be applied, and Fig. 2 is a schematic cross-sectional view of a photographic machine to which the present invention can be applied.
K6 is the memory key, K12 is the copy key, ltAM is the memo +), 1) 18P1 to 6Vi
It is an indicator. Applicant Gi A'Nong (Zhu Ni Company)

Claims (1)

[Claims] key human means for inputting data necessary for image processing operations;
a storage means capable of storing data inputted by the key manual means for a plurality of image processing operations; and a control means for performing the image processing operation based on the data stored in the storage means; and display means for displaying the second data stored in the storage means during or after the image processing operation based on the first data.