JPS5982264A - Apparatus for controlling sheet reception - Google Patents

Abstract

PURPOSE:To automatically copy both surfaces of a draft in a draft receiving device having first and second receiving positions by supplying the draft in the first receiving position to a draft bed for copying and then recovering the draft to the second receiving position to enable the draft in said second position to be supplied again to the draft bed. CONSTITUTION:Drafts 3 in a draft receiving section 38 are supplied on by one to a draft bed 2 by a feed roller 25 and a separating roller 24 and moved on the draft bed 2 by a transfer unit 27 to be fixed in an exposure position. After a copying material 17 supplied from a cassette 16 under such condition is subjected to transference, it is delivered and received in a receiving section 32. After completion of copying the corresponding draft 3, the draft on the draft bed 2 is returned to a draft receiving section 38 through a draft recovering unit 28 by a transfer unit 27 and mounted on the unexposed draft 3 through a separator 29. When one side copying of all drafts 3 is completed by the repetition of said operations, the separator 29 is released and copying of the back of the draft 3 is successively carried out.

Description

[Detailed description of the invention]

The present invention relates to an apparatus that controls the storage of sheets such as originals and copy materials. In recent years, there has been a tendency for the type and amount of office work to continue to increase, and while the copying of documents, etc. occupies a large part of this, there is a strong demand for resource and labor saving. There is a growing need for a copying machine that has improved functionality to meet a variety of needs. Currently, there are some copying machines that have an automatic document feeder or a function that makes double-sided copies of copy materials, but even in the latter double-sided copying machines, after one side has been copied, it is necessary to make another copy on the other side. This type is not automated, and there is no such thing as automatic document feeding and double-sided copying, which is insufficient in terms of labor saving. Alternatively, even if the device has both functions, the device becomes complicated and large. The present invention has been made in view of the above points, and provides a seat storage control device that enables complete automation.
The structure of the present invention will be explained in detail with reference to FIG. 1.2. A document feeding device 3 is installed in the original storage section 38 for loading documents in a photocopying machine with a fixed document table.
9 is disposed, and is composed of a separation roller 24 and a feed roller 25, which rotate to feed the originals in opposite directions and separate and feed the original and the original 3 one by one. Further, a horizontal collection device [28] is disposed above the document storage section 38, and serves to collect the exposed document back into the document storage section 38. Furthermore, a separator 29 is installed in the document collecting device 28 to hold the collected document 30' above the document feeding device 39. This separator 29#
, is installed on the shaft 42) Sehalator drive 1tlJ device with L plunger! (not shown)
ib and move the original 30 to the 1st position of the original feeding position. In addition, a seven-year-old 42 is provided at one end of the document feeder 39, and a seven-year-old 42 is provided at one end of the document feeder 39.
By raising the cutting height, the cool side is fixed at the exposure position. The original, t! There is a document transport device 27 for transporting documents, a cover 41, a handle 31. and conveyance roller 2
6, it transports the original document 3 fed from the document feeder 39, places it in the upright position for 1 d, and ejects the document with the end sickle from the document table 2, and sends it to the document table 2. and manuscript collection device 2
Note that the conveying roller 26 may be replaced by a conveying belt. The copy material storage section 32 is provided for storing and stacking copy materials 33 that have been copied.
The stacked copy materials 33 are placed one by one on the photosensitive drum l.
A shogi photographic material feeding device d40 is provided to feed the shogi photographic materials toward. This material feeding device [d4U is a portion 460-ra 34 which recirculates the copying material to feed it in the opposite direction, and f3 (a separator 36 is provided above the material feeding device 40) and a feeding roller 35, respectively. Separator drive device d
The present invention will be explained in detail with reference to FIG. 1.2. The original document 113 is stored in the document storage section 38, and then moved on the document stand 2 and placed in a fog light vertical position. Moving together with Ko 4
While the optical path is kept perfectly by the moving reflection mirror 5 which moves in the same direction with the moving reflection mirror 4 which moves W and the stopping speed which is 1/2 of this movement ψb reflection mirror 4, the lens 7 And 11! The light is exposed to the slit through the Ll constant reflection mirror 8.9, and an image is formed on the photosensitive drum L. That is, the original 3 is not scanned by the optical system (illumination unit), but is received by the slit P. The surface of the photosensitive drum 1 has a photosensitive layer covered with a transparent insulating layer. The Empire was established. Then, as soon as it reaches the exposure section 12, the pressure kt
A Cjli +d is received by the AC radiator 13, which is supplied with an AC high pressure current from L. Next, the lid surface is exposed by a total of 1014 lights/I14, and a residual image is formed on the drum surface (photosensitive side) and enters the trough 15. Gen1 Liao is done by powder development using the sleeve method.n1
4. The image is visualized. Next, the copy 1, which is fed from the cassette 16 and sent,
1-17 becomes deep blue on the photosensitive drum 1, and the image on the photosensitive drum 1 is transferred onto the photosensitive drum 17 by being charged by the positive high voltage from the high voltage source 10 in the transfer charger 18. . After the transfer, the copy material 17 is separated from the photosensitive drum 1 in the separation section 19, placed on the foot section 20, stabilized, and then neutralized by the static eliminator 23. After that, the copy material is stored by the discharge roller 22. Section 32VC is discharged and stored. On the other hand, drum table 1f
In fl (photosensitive direction), the remaining toner on the photosensitive drum 1 is cleaned by the compressed blade 21vc, and the next cycle can be completed. Such a copying cycle is repeated and reversed, and when the copying of the fixed-sheet paper is completed, the original on the original 114 table is ejected from the original platen 2 by the transport f2 position 27 in response to a signal from the control device (not shown). The document is transported and stored.

According to the document 28, the water ψ loaded in the original space 1 and the storage part 38 is stored on the light original 3 +1j times. At this time, the rear end of the document 30 is supported by the separator 29 and separated from the document feeder 139. Also, in synchronization with the ejection of the first original, the second original is transferred from the original storage section 38 to the original 1.
It is fed by the high feed device 39, moved on the original tray 2 by the conveyance roller 26, and then repositioned to AI at the original position 1iHc. This Suzutachibana emplacement end signal f is Ifill #device f
(not shown), and the above-mentioned copying cycle is repeated. More hands! ``i1'' allows you to automatically make copies of each original in sequence, as many copies as you have, and the operation will be explained in more detail. Figure 3 is a schematic diagram, showing how to store the manuscript (setting method).
(a) (As shown by t, from -F to 1 song, 1#, 2 Tei, 3 Negative, towards Haranemen tF-,...
...and I'll post it with the original side facing up.
From the old days, 1 negative, 2 pages, 3 pages, etc.
The saved state is simply turned upside down. Instruct the desired number of copies to the copy number command device (not shown) on the main body of the copying machine, and then print! 4-: Press the start button/
1 The ice tank was collected as shown in (b), and the scoop was collected as shown in <c>. That is, Tsuko φ Minohara Okekai, Harayuzu face facing up, 1st, 2nd, 3rd from the top...
......, and the limited photographic material next to Enokisha is,
With the printed surface facing up, the 1st number of the specified number of sheets is - (x, b)
They are collected in the following order: tAi=tc. Therefore,! There is no need to change the order after collection for both the section and Satsuma photographic materials. Furthermore, the copying machine according to the invention has a device for making four copies of each of the original, side, and copy materials while maintaining the correspondence between them. (The call line will be explained using FIG. 1.) In other words, all g and a, each of which has been given a predetermined number of sheets of light, are collected in the document storage section 38 by the original horizontal collection device 28, and all The copy material is stored in the copy material storage section 32.
After the paper is collected in the 1ilJH device (not shown), a display device (not shown) for detecting the remaining manuscripts in the document storage section 38 by combining the preset ``1st copy'' is installed. The signal from the control table is transmitted to the separator drive device (not shown), the separator 29 is released, and the collected photographic material 30 and original pail supply jar i39 are separated i4. The copying material 3o is brought into a state where it can be conveyed by setting 1ψ to -.Also, +tIIJ and both devices (
(not shown) causes the separator 29 to return to its original position again. do. This means that when the original for which double-sided copying has been completed is returned to the original 74 storage section 38,
This is to make it a ball that will not be modified by this original manuscript and the original 39. On the other hand, a signal transmitted from the above-mentioned 1ill gIu device (not shown) to another separator drive device (not shown) causes the separator 36 to move from the storage position (sixth signal section) to the operating position (successful position). ), and returns to its original position at No. 18, where all other side copying has been completed. This means that the copying material for which the copying of the song uIi (both sides) has been completed is returned to the copying material section Af' in the same way as above. This is to prevent this material from being fed by the warming material feeding device 40 when it is collected into the first copy 32. Through the above procedure, a predetermined number of full-page copies of Taniya's manuscript can be automatically taken one after another, and the operation will be explained in detail. Figure 4 is a schematic diagram of the method for storing manuscripts (setting method).
As shown in (a), page 1, page 3, page 5, etc.
. . . are stacked in the document storage unit with the documents facing upward, that is, in the normal order of originals with preservation notes. Then, when you whisper a command to the copy sheet direction device (not shown) on the copying machine and press the copy start button, the original 4I! &
The pages are fed one by one from the top, 2 pages, 4 pages, and 6 pages.・・・・・・・・・・・・・・・ is exposed a predetermined number of times, and as shown in (L)), 2 shells, 4 hearts, 6 @, etc. from the bottom.
・・・・・・・・・・・・It will be sent all over the country and collected. On the other hand, as shown in (d), the η photographic materials include a predetermined number of 2nd shells from the top, and the same number of 4th negative shells...
It was collected at 1!11... In this way, all manuscripts are opened on one side, and the copies are stacked in the form shown in (b) in response to the "110 Copy" signal issued by the four authors at the end of the copying process. It 4J is fed one by one from the top (in the figure, this is referred to as secondary feeding to distinguish it from the original feeding),...
, 5th. Page 3, mbK light is written on each page of l shell no + tt,
As shown in (C), from the top, page 1, page 3, page 5, shouting, hitting, etc.
- Collected with the side facing up. This is round JN (a)
is the same as -10,000, The recording materials loaded at one point as shown in (d) are fed one by one from the top (in the figure, the photographic materials are
(It is called secondary feeding), 5 Tei force on the side opposite x and t of the side where 6 Tei is copied;, 3 true on the opposite side of 4 shell, anti 4 of 2 Q'Q 1 Tei Katsu tp The predetermined number of copies are made, (e
) is recovered as shown in 4:f('■ is done.ν11chi,l
Turn your negative eye towards the earth, and the second @ eye will be copied in the first river! 191 pieces of shallow photographic material are soft, then the 3rd negative number is placed on top, and the same number of bale 4 materials with the 4th number of negative marks are copied on the next row, and so on... The order is... The above-mentioned single-sided or double-sided automatic continuous copying methods both take into consideration continuity with a sorter, and in that case, the S alignment is automatically executed by the sorter, greatly advancing the automation of copying work. be able to. Next VC, the copying machine according to the present invention without using a sorter Vc
il 44i I will explain the close-up method 1a that will make you look better. Figure 5 is a schematic illustration of the two sides of the three manuscripts, namely 1
A case is shown in which two copies of pages up to 6 negative are to be made. Using the same procedure as this, you can create as many copies of any number of original copies as you wish. Now, in Figure 5, like s(a l), l from the top.
Load the manuscripts into the manuscript storage section 38 with shells, shells 3 and 5 facing upwards, and turn the switch (not shown) on the main body operation section (not shown) into the 0 sorter. and also,
Indicate the desired number of copies and press the ``Minshajimen'' button. The original document feeding device 39 and the original document conveying device d27 are used to place the documents one by one at an exposure position of 1 m from the original barrel 2. At this time, pages 2, 4, Each of the six pages is exposed once, and the original is collected at the upper part 30 of the original storage section 38 at the time shown in (a-2). Next, the detection device ( (not shown)
detects this, divides the separator 29 by '4', and immediately guides yAh4 placed in the state of (a-2) to the feeding device 39. The rib separator 29 automatically returns to its original position. The 5th, 4th, and 1st manuscripts of R are each exposed once and collected in the upper part 30 of the document storage section 38 as shown in (a-1). At this time, the copy materials are collected in the TM copy material storage section 32 in a state as shown in (b-1). In other words, 2-sada, 4-sama,
Pages 6, 5, 3, and 1 are stacked face up, and the three pages from the top and the three pages from the bottom are stacked in opposite directions. When the one-sided copying of this self-copying material is completed, the above-mentioned remaining original detection device operates again to operate the separators 29 and 36, and then the copying material feeding device 40 feeds the sheets one by one from the top. Copy on the other side of the copy material. i.e. %(a-1)
Since the originals stacked in this condition are fed and exposed in order from the top, 2j4
The other side of the good material has a copy of the 3rd eye and the 4th eye. It is copied as follows,
The original is collected in the upper part 30 of the original storage part 38 as shown in (a-2), and the separator 29 divides it again in the same way to make a copy. This time, the 5th negative number is on the other side of the rice material where the 63A number is copied, and the 3rd number is on the other side of the copy material where the 4th number is copied. The copy material is (a-1), and the copy material is (a-1).
b-2) are collected and loaded onto the machine at this time,
Hara again! a Remaining capacity detection device 1 (not shown) is activated, actuating the separators 29 and 36, and returning all the ttys to their original positions (M) and cutting off all the ttys at the same time. When set to n H5, when the separator 29 is divided by yI4 for the nth time, the separator 36 is activated, and when the separator 29 is released for the 2nth time, the separator 36 operates q twice. The second actuation of the separator 36 is controlled by a control device (not shown).
When transmitted to fi1, this control (fi1
g & position is now activated. Now, after all the operations are completed, the operator takes out the copy materials loaded in the state (b-2) from the copy material storage section 32, changes the direction of the bottom three copy materials, and then starts. You can obtain two copies aligned to the same Jr. as the original set in . In this explanation, it is assumed that the original is set as shown in (a-1) at the beginning, but even if it is set as shown in s (" 2), the top and bottom and orientation of the copy material that has been copied on both sides will be (b-). 2)
Double-sided copying and product assortment are possible by simply reversing everything else in the same way. This concludes the explanation of the automatic feeding and recovery device for manuscripts and copy materials, but what about both sides of thick originals like books? In Figure 1, the arrows are used to explain how to copy the arrows.
The document conveyance device 27 is housed in the cooling bucket transport device cover 41, and by lifting the handle 31, the document conveyance device d27 and the document conveyance device cover 41 are integrated and moved above the document +m'G2. , and a thick original such as a book can be placed on the original table 2. At this time, the power is automatically turned off and operation stops. Here, a detailed explanation of the operation will be given, taking as an example the case of copying a book on both sides of the copying material. fp, figure 6 is a right-opening book with 1 x 2, 3 white, etc.
This is a schematic diagram for copying ・・・・・・・・・－・○ First, as shown in (a) K, match the two shells 1 of the book to the manuscript standards, and set the desired inclusions. 1 Press the "Start Copying" button.
. . . Exposure is repeated to . . . , and the first cycle is completed. At this time, the stock shown in (C) will be taken down.
From the page of technique bite to no prefecture, 614th, 4 sada d, 2! , the fourth side is facing upward ((a predetermined number of sheets are collected in one batch. Next, the direction of this copy material is rotated 180 degrees and stored again in the state shown in (d), and it is prepared for the secondary feeding. , rotate the copy of the book 1800 times as shown in (b), place the last page on the original width, and press the "Copy 1 other side" button. After copying the required number of pages, repeat the 1st to next pages in the same way. tracing back to
5th Sadame, 3rd Sadame, l! Repeat the 1st eye and 4th light, and do the 29th cycle ft1r0 At this time, the copying material is as shown in <e>, with the 1st eye on the upper and the same lips, and the 2nd negative eye on the negative eye. A predetermined number of copies of the copy material with the AKd4 number are placed in a group with the 3rd grade facing upward, and the same number of copy materials with the AKd4 number of copies are placed in a group. ...
0 In this way, during each cycle, the direction of original and emotion (hon) is constant, and the negative goes back and forth between the beginning of failure and the 1! In addition, in the case of a book with left side A, the first cycle is in the state of (b), and the second cycle is in the state of (a). By doing
Similarly, double-sided copying costs 9 baits. As described above, in the copying machine according to the present invention, (I>
The required number of copies of each side of I and it- are automatically made. (n) Copying both sides of the original onto both sides of the copying material ((1 to (1) can be linked with a sorter) 0I
I) It has many functions such as copying both sides of a manuscript onto both sides of a copying material and copying the required number of copies (1 copy). , and s (I), (
II), (it) first sets the manuscript with the work name,
Select N1Jf method to be done now% ``Start temporary copying 4M'' button 4
All you have to do is press , and all the rest will be automatically operated, and the end plate will automatically stop the piling work.
0 On the other hand, (IV) r, the point where there was 1 row h1ζ to match the edge of the 1 Shinp Hara Oke to the fineness standard on the Hara Yokoai is 1-
It is easy to inspect and at the same time reduces the risk of erroneous operation. Also, % 474 is flat, and even in the event of a jam, is the processing stability l? ) is the same. Next, the present invention will be described in detail with reference to the electrical circuit diagrams and timing diagrams of FIGS. 7.8, 9.10.31. Figure 47 is an electrical 101 circuit diagram for automatic copying of one and both sides of a sheet original bucket when a VC sorter is installed, and Figure 8 is a timing diagram thereof. Figure 9 shows the capital I without using a sorter.
I- One-sided and double-sided automatic copying for viewing f jb
Figure 1θ is the timing diagram. Figure 11 is a circuit diagram for continuous copying of one side and both sides of a thick original such as a book. First, sorta t-wai 1
The operation in the case will be described with reference to FIGS. 7 and 8. In the figure, the signal StrL copy start f
No. J, St Fi sheet original i-one end detection signal, S, is a scientific recommendation (No. m, S is a sheet original drive signal, S is a preset counter count up 1t4, 86 is a copy stop signal, 8. t-sheet original (4 residual ambiguity detection signal, S. is double-sided copy signal, S is separator 29°36
The driving force number d, S, and .are the preset force/count signals. Further, in the circuit diagram, a is a part of the preset counter, which is composed of a preset counter, a count display decoder, and a comparator that compares the preset 1 count signal with the count signal. The manual power of the grisset counter part a includes count 1, No. S1゜ (note No. 16 -i^ when reversing the optical system), reset (No. 4 (S4),
The preset 1 go number from the copy select is cascaded and the output is the copy number count table E. The count up number 16 Ss generated when the preset signal and the count 1d match is connected bf1. has been done. BokeO 14 times, C
is λN 1) circuit, d is a differential circuit, e is a differential circuit, fC
Yo flip flop, grj7!7tsug71ff7ps
Hri A N D i! ! 1yfi, i? i7
Branch circuit, j is Wxc 1usively Otl+K
n y, , k are AND circuits, l is 18xclusiv
ely OH+ circuit and %'r, s'Il+T
a e '14 e T? are each delay circuits. I) For single-sided copying, place a fixed number of sheets in the original container (A), set the copy selector to the desired number of sheets, and press the copy start button. Copy from the circuit diagram in Figure 7. When the start button is pressed, the copy start No. 1M St generates a pulse, and the O circuit 1 copies circuit e'f, 4, and the 3 yg child (set) of the flip-flop g. The output Qr becomes level (nxclusively Ol(1 circuit) and the output sheet No. 8 S4 becomes H level and the 7-to original bias starts conveying from the original 1 collection section 38. In this case, the flip-flop g is reset in advance. After the sheet original is conveyed and the trailing edge of the sheet original is produced by the 7-toe IAj bucket output element 43, a pulse is generated after the paper is cut and the flip-flop g is activated. Reset person Tsuba I
t), the output becomes H level and the output optical system drive No. IA S to the AND circuit becomes 1 (level 0A).
Ikekata Kada 1 copy start of the ND circuit (from No. 4 No. 8., it is set to 1■ level in advance. When a pulse is applied to the reset input of the flip-flop g, the Q output φ'
Well, it's low level and the Gitono group (I fan S4 is also l]o
The level reaches W, and the conveyance of the sheet Ryoten is stopped. Leverage the sheet f5A and use the copy start button to press the copy start button, then press the copy start button, and then move the rear edge of the sheet document to the rear edge direction element 43 to transfer the original axis of the sheet to you. 1) Stop at A, the optical system starts at level 81H, and the original is exposed. I'M j
At '+i'v, the number of copies of light is set in advance by the preset counter 1@Ia and the copy selector. In other words, the preset counter a is reset by the sheet document drive signal 84 when the number of sheets to be used is set using the copy selector (not shown) and the copy button is pressed.
When No. 1 is applied and the optical system is driven and light is passed a fixed number of times, the count signal and preset signal match and the count up signal Ss becomes H level and becomes T4 second sickle.
1 Jobs circuit e circuit, flip-flop g is set manually (8) is marked with a pulse 1, and Q is output.
l level, Q output is l, ow level, optical system drive is i + 1 - L s The next sheet original is conveyed. The selected materials are each stored by a sorter (not shown). All of the sheet originals are checked and a sheet original remaining Ili detection signal 8. moves and continues until the last sheet original is copied a predetermined number of sheets and the count-up signal SS is activated. When all 0 and 1 resort originals are transported from the 1iX bucket storage section aI, the sheet original detection IJ4!8y is 1■
level and is applied to the human power of AND circuit C. Then, the sheet original of i&k is rotated a predetermined number of times 'j4' and the count is increased by the final optical system 1 inversion fR number S1°.
i No.S, becomes l(level and applied to the other input of A N D ltJ path C. This AND circuit's output becomes 1ji4 level and becomes T1 seconds, jGxclus+very is applied to the O1L circuit 10 input and the output copy stop signal 8° is)
(The level is reached and the copying process U is set, 4M copied θ photo material d1 is set using the copy selector, and each copy is set in the 900 take sorter (61). 4/]i into the original document storage section supported by 29. To perform double-sided copying if the machine continues, press the double-sided board J button (not shown) in advance and then press the copy start button. When you press the "Double-sided" photo button, the double-sided board thickness, number S, becomes HL/Bell, and the differential circuit d is set to +ii, and a pulse is applied to the set point (S) of the flip-flop f. becomes H level and ANI
) Circuit input & CIJ are connected. First t! J'+
When copying a fixed-size sheet document in a predetermined number of copies, set the predetermined number of copies using the copy selector (not shown), and one side of the sheet document performs the series of operations described in I), and when one-sided copying is completed, it is counted. Atsupuibogo 8. Since both the detection signal S1 and the sheet original paulownia detection signal S1 are at the 11 level, the output of the AND circuit C is at the 14 level.
J) Applied to IL41 path. A N D +-
The other human power on path #j becomes H level due to the preset flip-flop [, and the output also becomes 1 level. person N
Dl! :! I % h (') Output it, separator 29.36 or rlJ 1n % FS1, but on the other hand, Exclusively 01 is also slightly connected to the reset terminal (ru) of flip-flop f through the human power of circuits t and j and the slow grinding circuit +[, Been given. Exclusively 01LiL! 1N61
* The human power of j is both l (L/bevel, each 1.j
Output sheet original drive signal and copy stop No. 1 S
, becomes LOW level and the flip-flop f
reset)! - Ill is applied leaving a delay imr&T, which is extended by iA seconds. Therefore, in double-sided copying, the single-sided copying of the sheet cost is over! The tentative copy made is not stopped, but the conveyance of the sheet original is stopped, and the separators 29 and 36 are simultaneously moved to complete the process of restoring both sides of the sheet original. The operation of copying the pond surface is described above. As I explained, it is a one-sided copy and one leaf and two movements, but the final count-up No. 18 8. When this occurs, the separators 29 and 36 are reset by the separator 29 and 36 cut signal S at 7 rip 70 f and 11 f. is at Low level and one of the AND circuits is at Low level, so the separator L9, 36 driver G, S, is not driven until it reaches Low level and stops copying (G, SS, R-J pulse). to stop copying and terminate all near-hygiene effects. In this case, the sorter stores only the copy materials that have not been sorted, and the half-size copy materials have not been sorted. Next, the double-sided Jikanmata photography method when the VC part-1ii1 is added will be explained using Figure 049.10. Circuit failure diagram, timing C! , 410, the name and entry +t of part d6 are from the same book as the simplified version of Fig. 7.8. ■) The department was expanded. A person who automatically changes the flesh face of Mugukura)
As in the case of , press the flesh side α photo button / in advance, then press 11t.
j! Set Etai 515 El with the copy selector (not shown), set the predetermined number of sheets +1L in the original adjustment section 38, and then press the copy start button. fA b
* Set the differential circuit e to 70 knobs, 7
The output Q of Doshig is added to Jiko (S) and becomes Rubel, gxciusjveiy 014 times! The output sheet original of j -1U dA movement in 'Q Sa becomes the L level and opens the 1st to 2nd feed of the foot original yB. Concave copy start 1.1 S, copying times, 11n 1
Then reset the preset counter part a to the fourth child fa.
'47i! sanoshishi)ru0 +JiJki Nori1]<
Sheet kite pieces are transported 7L sheet cool brown after-water leakage 4 Takoko 4
3Vc gives IL and Ba, Lusu 1J1 @ raw T
, has been delayed? '-F g reset terminal (l +
4] Added. Seat Hara-4 is Seat Kyojo Posten tiJ
Since Puko 43 bloomed jkB-, Ill, Shoki l Kohara 1m t6yt'v'L! +f K If stop;
b6 k'* to'g t7)! J Sera) When the pulse is +4J to ylf and Ill is 1, the Q of 10゛・li'g
The output is Low level, Q output Fil level and ANI
) Since the other input to the oAND circuit that is in contact with the input to the circuit is at H level due to copy start No. 46 S, A N 1) Output optical prepaid QJ of circuit 1
m ”J mountain becomes l (level) and JLt system starts and seat pufuku is 4 elements. At 0, the optical system is anti-1st down and the former 4th grade is reversed and 6th grade student, Yoshibalus occurs. On the other hand, 1, delay H + j 歂 + v. 0141i road bmji 12 minutes + #I j”i4 e k
in, thenj' 6 k”g (1) say )l
-The output Q of the child (S) rc applied iL k' and upper g is H
The level becomes OW level. Therefore, 7 1tohara 42
4 drive + No. 4 raw Ha 11 level, round type drive <S publication'Ss
)Ma Low Level Tonari +'Sbishi)i3;+4
．． 4 is transported. On the other hand, the optical system is inverted No. 1 g,, td
Although it is also applied to the input of the A N DM circuit, sheet 1 is used for detection 8. A N until it is detected and reaches the ll level
The output rt of the D circuit c is low level t. The above operation is performed on the sheet set on the manuscript 4j'1ulS 33 (V1^ Perform the specified number of sheets and then press the final no) +%i
'The height is the original storage part; if it is postponed because of 38 forces, /-t1
(ANI) Circuit C
A pulse is generated at output 1 of , and the preset counter part a
The count has increased. -Manly 1. The self-pulse is delayed for Ill seconds by the delay circuit '■゛, and the separator 29 component area numbers S1 and 1 (xc1t+5ively
01 (1 time gj is stamped JJ [+. Frozen sheet Wonju's piece +7i+ is mentioned above, 1), I) Unlike the case of 7
'L Gi One side of e stirrup /-tonomata □4 Ru7
From the inverted 1H of the original optical system to the TsH) wave
Tono 1 detective μ is all divided by separator 29 9fc
! To l: , :JJ Since the human power of the OiL circuit is 1 level, the output becomes l and ow levels, and the sheet original Cm rA iL stops (when the sheet original is turned off, the separator 29 is driven and the other side of the sheet original 4 is exposed. Original ri storage = b 3 s vc storage < Nl and previous statement [
With the second seven and a series of endurance works
Light is done. When prompted, set one copy using the copy selector, and when the separator 29 operates for the nth time, count up No. 13 S. is tailed M r4 i11] dlr T@ and AN
I) Circuit and Exclustvery01 model ← J circuit
A pulse is applied to the human power. AND circuit Rino: Yamaotoshi's power is the output Q of F and Fg by the screen copy signal S in advance)
■Since it has reached the level and has been cut down by 4d, A N l) The IIj force of circuit 1 is counted up No. 18 S, but i
? y ;= t/ 7'c and t

[Level becomes gxc
lusively ORlcdgl friend brim separator 36.・Deadline signal S13, preset counter reset 1'i, 11+1 seconds , when 1 mountain 11 = seno (lator 36 is m; -ib +, , precent counter is reset) L, L;' -F f is T, sorted to ri- after selection gxcl usive yU t
4 circuits can be done by both people (because it is at level 4, S6 will not occur and the copy will be 4.,!l!)'
L1, (when the separator 29 reaches 2ni! 21st, the count up occurs.
s Ial 'di T, , F; x exclusive
ly 01 also + circuit I, 41 then copy stop 1.
=(S6 stops copying at Buddha 4 Rin l'L de. In this case, 2niI:IIj:4's sword attack signal S, is person N lJ times jr'ts h's single power K sign ill' J 7L 4 JS A N IJ iJ
6"t C] Yamauchi Kerr: ') Le F' ・The output Q of k'f is T by 'F6Tt' 44 times since separator 36th generation 1d"11 has been turned on. F −1” f in seconds
Since the above pulse is applied to the reset terminal ([(), it becomes LO\V level and the output of the AND circuit becomes l,
Since there is a switch of OW level, Separate No. 3 ('I drive signal 8N and reset of preset counter part a 4#i
@1 does not occur o 'Iλ10 Diagram is a timing diagram when three sheets are printed (0IV, which is a timing diagram when a portion of the true 1111 is printed) Book, etc. u) j When copying one side and both sides of a LA/P original The circuit diagram will be explained with reference to the tx-s l s diagram. First, match the 20th page of the book as shown in <a> with the manuscript standards, and copy the desired 11 PLs. The signal S0 is generated and applied to the differentiating circuit eJk, the set 4 grinder (S) of F and Fl, and also applied to the reset terminal of the presect counter part a. Craftsmanship F#Fn output Q1 yuan $ thread 1 recognition 1d No. S
, t) becomes I level, the optical system is V, and the original IL sheet is converted into n + I 4 elements. f optical system inversion signal 516
Since 1 count No. 15 is provided to the preset counter part a, the second Ig 1! &'c, when the optical system is reversed for the nth time'', a count-up signal 8s is generated and the copying is stopped, and at the same time KF''*F'n reset terminal (■?,) Also 1
4] Usa iL tPr force Q tri, becomes Low level and optical system drive stops.Same as 0, 400th, 66th, ・
・・・・・・・・・・・・ The first cycle (single-sided copying) is completed by slightly changing the exposure to the internal organs. Next, the direction of this wire material is transferred 180 degrees and the book is stored again in the state of 6th section + ((1)) to prepare for the secondary feeding.At this time, the direction of the book is also 6th
1) I feel sorry for the failure of threshold (b), and make the last shell conform to the standards of the manuscript. i; Press the button 0 peace of mind number of copies (n・11~) i, d copying r bag. Same (Mugi ni llt sei wo sakano, 5! 11111
．． Repeat exposure with 3 white eyes, 1 negative eye, and 2nd cycle (
Both sides? When the sorter is loaded to perform the following operations, it is possible to complete the process. Figure 41 Explains the meaning of til+ 1st: A cross-sectional view showing an example of A, 1, and 2
The figure is an enlarged view of it. +c31A was placed in the pot around h and was placed in the 1. 〆The southern style diagram showing Ichiwa, which can be dynamically taken as a final copy, Kur 41dr Yu each original custom f
f (,79 ``Both sides of the constant sheet f) J and KL's automatically drop the hand price t Ho's 洭shiki diagram, Fig. The explanation to R the 6th one, is it?tj brother 1
Schematic diagram for sl, trial 6 Figure f * 1; Congratulations on double-sided copying in case of Q bucket; Model 1 for yj 1W11 Figure 7 1. Double-sided automatic "ah flat q (0-ki 1 circuit diagram, No. 871 Maso's timing diagram, Figure 9 is the 5th gear of the 6th shift, t-shake's one-stroke circuit 〆1, 10th The figure shows the timing diagram, No. 11.
These are circuit diagrams of one-sided and double-sided copies of thick originals such as heather. 2 is 1 kyōdai, 3.30 is 1 ei 1! , 24 years old, Laura Shiru, 25? Chili roller, 264, south feed roller, Niji 7 is transport 1 inner port (itx28 is original case 1 missing part 61, 29 is seperate, 32 J photo material receptacle, 33 is copy material, 3
4) Ryu I cola, 35 is the feed roller, 36r, t separator, 37W yukomi roller, 38r;
In Part 1, Chiru 0 1fjtA Gichonon, Minihirosha Mino's Duplicate Ozai Senmarozu (Method in the Square/14 Go) Procedures Amendment Book (Method) November 1988 Kazuo Wakasugi, Commissioner of the Japan Patent Office on March and 4th 1, Indication of the case Patent Application No. 84463 of 1984 2, Name of the invention Sheet storage control device 3, Person making the amendment Relationship with the case Patent applicant address Tokyo 130-2 Shimomaru Ryo, Ota-ku Name (100) Canon Co., Ltd. Representative: Kaku ^shi 3 Part 4, Agent Address: 3-30-2 Shimomaru Ryo, 1n-ku, Tokyo, 146 October 25, 1982 (Shipping date) 6. Specification and drawings subject to amendment 7. Contents of amendment

Claims (1)

[Claims] (1) In a storage device having a first storage position and a second storage position where sheets can be stored, a counting means for counting the number of sheets, a means for feeding the sheets to the storage position in the direction while counting the number of sheets, and the counter A sheet storage control device comprising: control means for setting a sheet from the first storage position to the second storage position in response to a count end signal from the means. (2. The seat storage control device according to claim 1, wherein the storage position of the front i-whistle 2 is a position where the sheet can be fed to a predetermined position.