JPS6041065A - Image forming device - Google Patents

Abstract

PURPOSE:To use effectively less input signal wires by arranging a titled device in such a way that input means by assignment of a number of copying sheet and detection of a copying condition are inputted by coupling with output signal wires under program control. CONSTITUTION:The key input from an operating part is taken into a CPU by the scanning signal from the output terminals R0-2, R9 of the CPU and the NOT signal of R4 from a gate 265 and the input signal relating to a cassette is taken into the CPU by the output R3. A main motor, preexposure, etc. are driven by R4 upon ending of the preparatory stage for the key entry, etc. The detection CPIS of success in paper feed and stop detection STOP are inputted to the CPU by utilizing a signal R6 for driving an exposing lamp for an original and a signal R7 for driving a blank lamp. The reading of a sheet original detector OS1 into the CPU is accomplished by the ANDing of the NOT output by the gate 268 of the output R1 for the operation of the paper feed PL and the clutch operation signal of R3. The inputting of a detector OS2 is accomplished by the ANDing of the output of R1, the output R2 of a regist clutch and the signal CPIS by a gate 270. The less input terminals of the CPU are thus effectively utilized.

Description

[Detailed description of the invention] The present invention relates to an image forming apparatus.

The main objects achieved by the present invention are listed below. The object of the present invention is to provide an improved duplication specification that achieves high precision duplication in multiple modes with different process timings.
(No change in content) The present invention provides a photocopying device, and furthermore, the present invention is an improvement of an electrophotographic device that uses the passing position of the transfer material as a reference for process control. The object of the present invention is to provide a copying machine that can be guided and driven with high precision and stability by skillful application, and can be realized at low cost.

Another object of the present invention is to provide a general dual-mode copying machine (for both 11-mode originals and thin originals) with a power V that allows the illumination lamp to be used in common for both modes, and to ensure that The purpose is to provide a copying machine that can be realized at low cost.

Another object of the present invention is to improve the one-turn force J. which temporarily stops the feeding of copying material midway, and to achieve this with high reliability and ease.

Another object of the present invention is to improve the kite plate of the copying material of a copying machine. In particular, the purpose is to provide a kite board in front of a register roller that matches the timing of copying materials, and which can stably complete a loop for timing adjustment.

Still another object of the present invention is to provide a compact and high-performance copying machine, in particular a compact copying machine of type 2, by skillfully applying a microcomputer (microprocessor). To provide useful copying machines that exhibit various and diverse functions.

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail below with reference to the drawings together with an overview of the copying machine.

In FIG. 1, a document 1 is placed on a document tray glass 2 that constitutes a document placement surface on the top surface of the machine case. and a first mirror 4 that moves together with the illumination lamp 3;
, a second mirror 5, a switching mirror 6, a lens 7, which move in the same direction at a moving speed of 172 of this first mirror 4,
The slit is exposed by an optical system consisting of a fixed mirror 8, and its image is formed onto a tram 9''.

The surface of the drum 9 is a photosensitive surface, and is charged by a charger 10. Subsequently, when reaching the exposure section 11, the photoreceptor is exposed to the original image and at the same time is subjected to static elimination by the static eliminator 12.

Next, an electrostatic latent image is formed on the drum surface (photoreceptor) -1- by being exposed to light from the full-surface exposure lamp 13, and then enters the developing device 14.

Development is carried out 11 by a developing roller 15. Thereafter, the post charger 16 squeezes out the remaining developing device.

Next, the image of the L-ram 91 is transferred onto the copy paper 20 sent out from the feeding section 18 or 19 by the transfer charger 17.

After the transfer, the multi-sheet material is separated from the I-ram 9 by the separating section 21, placed on the fixed foil section 22, fixed, and then discharged onto the tray 24 by the discharging roller 23. On the other hand I
- The ram surface (photosensitive surface) is cleaned of any residual intensities on the tram by the pressed blade 25, and the next cycle can be repeated again. When copying a thick original, the J conversion mirror 6 is in the state shown by the two-dot chain line. Switching mirror 6 to the solid line position, moving mirror 4
．． 5 to the right end (solid line position), the automatic sheet document feeder 26 can be used. In this case, the original passing through the exposure section 30 is illuminated by the lamp 3, and its image is transmitted to the switching mirror 6, lens 7, . Drum 9 by fixed mirror 8
”- is imaged. This lamp 3 is the same lamp used for thick originals. (Described later) The sheet 111'BB stacked on the document loading platform 27 at the sheet document automatic feeding position 26 is separated into one sheet in the blue portion by a separation roller 29, and then transferred to a series of feed rollers 31, 32. , 33 and 34, the exposure section 3° is lifted and the document is conveyed to the document tray 35 and taken out.

This sheet original 1] The sheet original can be automatically and continuously fed by the dynamic feeding device. In addition, the exposure unit transport system 31
If the conveyance speed of ~34 is made somewhat faster than the separation conveyance speed of the separation system 29, it is possible to create an interval between the first and second sheet documents during conveyance. Detection of the leading edge or trailing edge becomes easier.

Figure 1 shows main case 71-73 or sub power center 7.
Either one of 4 is used, or 1< is used. By switching the button, the paper feed roller 53 can be
You can choose one to make it work.

FIG. 2 shows a state in which a manual cup lift 75 is used.

The cassette receiver 80 is pivotally connected to +1176 fixed to the main body.

A manual force centrifuge 75 is slidably attached to a spool I receiver 77, and one end thereof is fixed to a +1179 which is pivotally supported on the main body by a link 78. 111
1179 can be moved by a motor, and the position can be selected by switching buttons.

Also, as shown in Fig. 2, a paper detection element r (lamp, light receiving element 103) is placed in the double paper path corresponding to the distance between the rotation device and the exposure input. The rear end of the optical system is used to invert the optical system.The control will be described later.

The guidance of the optical system and the illumination section will be explained with reference to FIGS. 3 to 7.

The first mirror 4 is fixed to a base member 36 that holds it. This platform member is connected to a linear guide inner member 37, which is manufactured by the trade name Accuride. As shown in FIG.
It has a structure in which a large number of rollers 40 held by a retainer 39 so as not to fall off are arranged in two linear spaces formed by each groove of the outer member 38, so that the inner member 37 is in a straight line with respect to the outer member 38. You will be guided. The space where roller 40 is installed is this roller 4.
The outer shape is slightly narrower than that of 0, so that a preload is applied to the rollers 40. Therefore, the outer member 38
and the inner member 37 are guided without any play. Fifth
As shown in the figure, the outer member 38 is 1141 mirror 4
The inner member 37 covers the stroke of the first mirror and is attached to the frame of the machine (without any gaps) by the support member 41.
Although the length is only , it is guided to the other end by riding over a large number of rollers 40. A roller 42 is provided at the r+ii+ end of the base member and rests on the second rail 43 fixed to the main body. The second mirror 5 is fixed to its own support member 44, which is fixed to the inner member 37 of the Accuride fixed downward. A conventional linear guide is schematically shown in FIG. This system uses round S-shaped rails 45 fixed at both ends to support 15 mirrors (36), (
44) provides linear guidance. With this method, 1 rule
Since the lever 45 can only be supported at both ends, its rigidity is low. L'
2+ In order to avoid interference with the receiving part of the mirror support stand, make sure that the span (vertical) of the support part of the Ishi 1 mirror is 1.
-1〈become.・Because it is difficult to avoid play between the 3-no-marubayashi and the sliding bearing that fits into it, it is impossible to move the mirror with high precision and stability. According to the present invention, any part of Accuride °' can be combined with the main body (it can be firmly fixed) @
``Acculite itself is large in size and has a large section modulus.(The supporting part of Acculite and the receiving parts of the first and second mirror supports do not interfere at all, so the span of the supporting part of the supporting part can be made sufficiently large.) ([Co., Ltd.] As mentioned above, since there is no play between the inch and 8-inch and 7-inch members, it is possible to reciprocate with very high precision and stability.

In Fig. 3, the position indicated by the solid line is the home position, and as mentioned above, the position indicated by the solid line is the home position. The second mirrors (4, 5) move to the right to scan the original, and return to the home position by the force of the spring 45. When the button of the automatic sheet document feeder is pressed, the clutch motor moves it to the position indicated by the dashed line at the right end and locks there (described later). At this time, the lamp 3 moves to a position where it can illuminate the sheet document. Details of this part will be explained with reference to FIGS. 6 and 7. FIG. 6 shows a state in which an original on the original platen glass 2'' is being scanned. A support shaft 47 is fixed to the support arm 46 fixed to the mirror support member 36, and the jj (j light pump 3, reflector 48, support follower 49, This support follower 49 has an additional roller 50 at one end so as to operate as a follower.In FIG. The details are shown in Fig. 7. In Fig. 7, the details of the vicinity of the illumination section are omitted when the automatic document feeder is operating.

1st mirror 4. When the second mirror 5 moves to the right end, the first mirror and the second mirror approach each other due to the speed difference. A cam plate 51 or 1-i1 is provided on the support member 44 of the second mirror, and by following the cam surface of the roller 50, the illumination lamp 3 and reflector 48 are illuminated as shown in FIG. is directed toward the light section 30.

In Figure 9.10.11.12, paper feed rjR (7), i
T A11l will be explained. The paper feed roller 53 is connected to its support 54
1-11, and its shaft is supported by an arm 55. A rotation shaft 56 is fixed to this arm 55,
This shaft 56 is pivotally supported by the main body frame. Therefore,
The paper feed roller 53 can be driven around a shaft 56. A spring 57 is applied to the arm 55 and pulled upward.

The support 54 has a follower roller 58 which operates as a follower of the cam 59. The cam 59 is controlled by a one-turn flanch that temporarily stops in the middle. Next, 11.1
This will be explained in 21N. The axis 60 of the force 1 passes through the frame 61 and is supported by the frame 61. The input to this camshaft is input from the motor to the bully 63 via the heald 62. A spring clutch consisting of a chest 631 of the pulley 63, a flanch drum 64 fixed to the shaft 60, a flanch spring 65, and a stone printer 66 is controlled by a solenoid 67. Solenoid) If S67 is not suctioning, fJ
8-68 is located at the position indicated by the solid line in Figure Sl1, and one of the protrusions 661 of the stop ring is engaged with the lever 68, thereby disengaging the clutch. When the solenoid 67 is attracted, the lever 68 comes to a position 68' indicated by a dashed line, and is disengaged from the projection 661, so that the flange is brought into contact and rotates the cam 59. Approximately 1
When it rotates 800 times, another protrusion 662 and lever (68
') engages again and the flanch is disconnected. At this time, the paper feed roller 53 is pushed down by the cam 59 and is at the position indicated by the dashed line 53' in FIG.

This pressed down state 71. When this happens, a friction pulley 69 (Fig. 10) fixed to one end of the paper feed roller 54 and a capstan 70 (Fig.
, 10), and the paper feed roller 53 is driven.

When the suction of solenoid I・67 is released, the engagement between the protrusion 662 and the lever disengages 11) 1^The crunch becomes contact, and 18
When it rotates by about 0 degrees, it returns to the state shown by the solid line in Figure 11 by 111 degrees, and the cracks and chips are cut off. Kula, Chipane 6
5 has one end hooked on the spring 66 and the other end hooked on the flanch I/ram 64, and by repeating the flanch operation, the protrusions 661 and 66 of the stomp ring 66 are hooked.
2 and the cam 59 are arranged in such a way that the relative relationship between the two and the cam 59 does not slip.

If you make the cam pause in the middle like this,
The time during which it is pressed down can be controlled by the suction time of the solenoid, increasing the degree of freedom in the design J1, which is useful. A conventional example of a cam control method for causing this temporary stop is shown in FIG. In Fig. 13, (66) is the stop ring, (
661) and (662) are recesses and levers (b) for hooking and stopping the stop ring.

(C) is for hooking up each of the four parts.
Rotate around d). The lever (a) with the lever (a') is also rotated by the solenoid (67) about the car (d), and controls the two levers (b) and (C). Although a detailed explanation of the operation will be omitted, the present invention is clearly simpler than this method, and therefore has higher reliability and lower cost. In the conventional example, the balance of the two springs, the accuracy (tolerance) of some parts overlap, and the phase of each part! ! The reliability is low due to the complicated movement of -.
The cost is also high.

The paper ejected from the cassettes 73, 74, and 75 depends on the direction of ejecting, the stiffness of the paper, its own hair, etc.
As shown in the figure, it is sent to the register roller 52 (stopped at this time) to ensure accurate timing with the machine, and after completing the loop as shown in P',
The register roller 52 starts rotating and then sends out. If we had continued with this conventional method, we would have had trouble making loops like P'. Check this carefully
! As you can see, a loop or the opposite is formed as shown by P'', and a paper jam occurs between the cassette 75 and the kite board 71. This is because when the state of the paper changes from P to P',
The air between the paper and the kite board 71 tries to spread out, but if air is not properly supplied to this area, the paper will remain pressed against the position P due to atmospheric pressure, resulting in something like this. . Therefore, as shown in FIG. 14, guide plates 71 and 72 (guide plates of the lower feeding section)
A large number of holes 711 and 721 are provided for ventilation. Note that the holes 7'l and 72 may be provided in either the upper or lower guide plate. With this arrangement, the trouble shown by P'' was completely eliminated. In Fig. 14, the elongated hole is widened at the end to prevent the paper □ from getting caught.
A similar effect can be obtained by providing a large number of round holes.

Process control in the present invention will be explained. A feature of the present invention is that by controlling the operation of process means such as document feeding from the movement position after the transfer paper starts feeding, high-speed continuous copying is possible without changing the size of the transfer material.
In addition, by reading out the memory contents in which the process timing in book mode and sheet mode is programmed and controlling the process, the process timing does not change even if a command related to the other mode is issued after the process starts in one mode. Also, in program control, it is possible to effectively use fewer output lines by counting signals from load control signal lines and controlling the operation of multiple control loads, and it is also possible to specify the number of copies and copy status in program control. The manual means of detection is to input signals by coupling with output signal lines under program control, thereby effectively using fewer input signal lines and reducing power consumption.

(Operation Input Unit) - Fig. 15 shows an operation panel for operating the copying apparatus according to the present invention as desired.

120 is a display indicating the paper size in the cassette, 121
122 is a display section for displaying the selected cassette;
123 is the switch that selects the upper force sensor I.

124 is a switch for selecting the lower cassette; 125 is a display for displaying the set number of copies and the number of copies; 126;
is the numeric keypad for setting the number of copies, and 127 is for setting the number of copies.
Clear key used to stop the number of rooms rented by 1 unit, 12
8W is a weight, 128F is out of paper, 128L is out of liquid, 128J is a display that displays paper jams, etc., 129 is a stop button to pause copying, 130 is a start button for book copying, 131 is an automatic sheet document copying button. This is the feed start button.

(Process Sequence) FIGS. 16 to 18 are sequence flow diagrams from power-on to completion of copying of the copying apparatus according to the present invention. 19th
．． FIG. 20 is a time chart showing the operation timing of each process means.

The process speed (drum rotation speed 10
0mm/sec) 1mm (This is the clock signal of the Ql pulse.

(Cassette Check) Although the basic process progresses as described above, the actual operation of the apparatus will be explained based on this process with reference to FIGS. 26 to 29.

When the main switch is turned on, the fuser heater is energized, and copying does not start during the wait time until the warm melon reaches the setting (f, I).After the wait is released, the paper (transfer paper)
And if there is toner, it will be IR: for 11 copies.

The cassette has three tiers, and if you fill the cassettes with the 11th and F cassettes with the specified size of the bottle you are using, you can easily use it!・Two types of copy power without replacing <
it) is capable. Furthermore, in order to make transfer paper of a size outside the standard possible, a +YiL force center mechanism is provided.

This 3-stage force sensor) is a push-button switch 122.12
3,124 allows for IIJ.

Since the upper cassette and the manual cassette are fed by the same paper feeding device, the unused cassette is positioned so as not to interfere with paper feeding. This state E is detected by a microswitch 100 that is linked to the center moving mechanism. Further, this mechanism is operated by a motor 108, and the motor is controlled by the state of the buoy cross switch.

In FIG. 2, reference numerals 150 and 151 are lamps and light receiving elements for detecting paper in each cassette.

(Bookmote) The process sequence in bookmote copying will be explained according to the flow in FIG. 16 and the time chart I in FIG. 21. When the copy button 130 is pressed, copying starts.

First, when the tram driving motor 112 is turned on and the photoconductor ram starts rotating, the front band 'i [and the pre-exposure starts and the photoconductor 11i] is reduced at the same time. When the aforementioned clock is 300 il, the first order (;2 electric appliance 10
．． AC static eliminator 12, front exposure lamp 13, liquid squeezing charger 16, transfer charger 17. The blank exposure lamp 102 is turned on. Black.

When the optical system 120 is counted, the optical system advancement flange 109 is turned on and the optical system moves forward. Furthermore, the resist crunch 110 is turned on and the resist roller 52 rotates. When the clock pulse is further 6 pulses 31, the paper feed plunger 1
13 is turned on and the paper feed roller 53, which is rotating at 7.theta., is set up and the paper is sent out from the force cellars I/73 to 75.

Also, original exposure lamp 3 or 11. I, light up the document surface and start moving along with optical systems 4 and 5 from the beginning.

Further, the blank front light 102 that was lit is turned off.

When the transfer paper 20 is fed, a detector 103 detects whether it has been fed normally. Black after feeding paper.

60 pulses 5] After that, paper is detected, and if the paper has not arrived, candy ff11 (size the error.

In this case, the heater Ijl il'll and the transport drive motor 111 will continue to move, but all other drive systems will be turned off. If you use the cassette 7+ of the 11th stage 74 and the υF stage 73, press the star 1 button again after removing the paper feed error tN(,) to enter the copy mode. In the case of 75, paper remains! - Because it is not detected.

The paper feed error display operates when there is no transfer paper.

This causes the cassette moving motor to operate and pull the cassette out. When it comes to the fixed position, micro switch 1
00 operates and issues a signal to stop the cassette motor 108. When the transfer paper is inserted and the start button is pressed again, the cassette motor is activated and the cassette is moved into the machine. When the cassette reaches its normal position, the microswitch 100 is activated again to issue a signal and stop the cassette motor.

Then enter the copy letter fc;.

When the transfer paper reaches 8.1 clock pulses, and 50 clock pulses are counted from the time of arrival, the registration clutch 110 is turned off and the rotation of the registration roller 52 is transferred to the 11th time. Place the leading edge of the paper against the roller and stop it temporarily. After this, when the optical system passes a predetermined position, the registration signal R5 issued by the swifter 116 turns on the registration writing launch, the registration rollers rotate, and the transfer paper passes through the registration rollers. will be sent to. The timing of this registration signal is generated so that the leading edge of both images of the tram 1- coincides with the leading edge of the rolling paper.

Regis)・i1. When the bow power comes, paper feed plunger 113
was also turned off, and the rollers stopped playing Ai &i(, moving I'1).

When the transfer paper passes the detection part 6 times, the original: vls Mitsukawa Laptop 3 is turned off, and when the light °゛/dead development club, ji 109 is also turned off, the light 7 system cannot be moved freely, due to the force of the spring. Ho 1, the optical system, is drawn in by Pong Yong. Blank XLl for '7 series I & Susumu 111°? I shine/
B 102 or -11, large 1. 1 /, = set W at this time
From the number of pieces = 1 length. Moure, /ya 1, if after Risen 1, /13 ne sword copy 1. To compensate for the loss of t/-, l, -1+; 1. :′! Not possible. As a result, the remaining number of copies is 'c4-□2 [7te07・If there is,
Go to the end mote. If it is not 0, the copy will be continued until the toner or "
I-eight "7' tar, maybe? When it's four) I1.° When the bow is out, it's '3 (advance to mote 71).

Unless Stone Buoy No. 16 is out, Light 7 Death will be issued when going backwards. Upon receiving the message from the registration signal generator, it generates 1.2431 pulses. This 91-odd hours is slightly longer than the time it takes for the optical system to return to the yarn position after the signal is issued from the resist signal generator. With 124 pulses, the optical system
Since it is in a position to move forward quickly from the home position, it can immediately start the next copy cycle.

(Sheet Mode) Next, sequence control in the seat mode will be explained using the time charts in FIGS. 22 and 23 and the flowchart 1 in FIG. 17.

The optical system is also used in the book mode, so when the optical system is in the book mode position, pressing the sheet start button moves the optical system to a predetermined position 1ξ in the sheet mode. This optical system, which has been moved by the optical system movement motor, is stopped when the microswitch 104 is pressed, and at the same time, the direction of the exposure lamp 3 is changed as shown in FIG. 1, making preparations for sheet copying possible.

After this, select the cassette 7) and turn it to BUNKMO I. Drum mode, pre-exposure, pre-charging, 1 o'clock charging, AC static electricity removal, transfer charging, full exposure, and blank exposure are turned on, and the Kurofuku 120 is turned on. After counting to 1, enter the seat mode movement f1.

After 120 pulses, the sheet is turned on and the sent originals are fed one by one from the tray 27 by the feeding roller 29. The first document detector 106 detects hi(
After the leading edge of the paper is detected, Cronk 100 pulses: 1
When the count is counted, the paper feed plane shutter 113 is turned on, the paper to be rolled is sent out from the feeder, and the document exposure lamp 3 is lit.

- Power blank exposure lamp 102 is turned off. Thereby, the sheet is exposed to light while being fed, and the process of forming a latent image is executed. Then, 50 pulses are counted after paper feeding is started, and a paper feeding error is detected by checking whether the transfer paper has reached the detection unit 103 by then. Then, if the transfer paper always reaches il-, the second detection unit 107 determines whether the tip of fi', (gl) has arrived or not until it counts 60 Kurofuku pulses.If the original has not arrived, For example, it determines that there is a jam in the middle, stops the copying operation, and displays the original document.

After removing the jammed document, press the sheet start button again to turn on the registration clutch and enter the sheet mode copy cycle again.

If a document is detected by the second detector 107 within 60 clocks, from that point on, 50 clocks are counted, the registration clutch is turned off, the rotation of the registration rollers 52 is stopped, and the advance of the transfer paper is interrupted. At point 11f, after counting 50 more pulses, the Resis I clutch is turned on to advance the transfer paper and align the leading edge of the transfer paper with the leading edge of the developed image on the drum. The paper feed plunger is turned off as the transfer paper is gripped by the registration rollers.

When the original has finished passing through the first detection unit 106, a counter that indicates the number of originals is incremented by 1.

Thereafter, a check is made as to whether to continue the copying operation or to temporarily stop it (when there is no paper, no toner, or when the stop button is pressed). If it is 1, START, when the transfer paper finishes passing through the transfer paper detection unit 103, the original exposure lamp is turned on for off-blank exposure, and the mode is shifted to the post-rotation mode.

Even if copying continues, if the next document does not arrive at the first detection unit 106 by the time the clock pulses are counted after the document passes the first detector and 50 is counted, wait for the transfer paper to finish passing. Turn off the original exposure lamp, turn on blank exposure, and shift to post-rotation mode.

If the next document reaches the first detection unit 106 during the above 50 counts, an additional 50 counts I (total 100 clocks)
Turn around after doing this: Wait for the paper to pass. If the transfer paper is still passing through, the next transfer paper cannot be fed, so it would be bad to send the next document. Therefore, turn off the sheet crunch and pause the document (time chart in Figure 22).
. After that, when the transfer paper passes, it is detected and the sheet clutch is immediately turned on to feed out the document that has been stopped for 1111P, and the paper feed plunger 113 is also turned on to feed the next transfer paper. Thereafter, the sequence of exposure, transfer, and post-rotation continues as described above. On the other hand, after passing through the first detector, 1
In the case of a short-sized transfer paper whose transfer paper passing path can be detected within 0.00 kronks, the time chart shown in FIG. 23 is passed. That is, at this time, the sheet clutch is not turned off, the next document is fed and exposure is continued, and the transfer paper is fed with a signal of 100 clocks.

Thereafter, the same sequence control as described above is executed.

Since the trailing edge of the transfer paper is detected in this manner and the start of exposure of the original is controlled, continuous copying can be performed at high speed regardless of the size of the original and the size of the transfer paper. Note that the detection signals from the detectors 106 and 107 are sl,
δ2, and that from the detector 103 is assumed to be 53.

The sheet mode control procedure according to this size can be executed by the circuit shown in FIG. 24. In the figure, C0PY is the copy button,
DISC is a high-voltage power supply, M is a drum motor, Blank is a blank exposure lamp, and S/CL is a sea!・France,
R and CL are resist clutches, LAMP I is an exposure lamp, PL is a paper feed plunger, CUP is a predetermined number of sheets completion signal, S'l is a signal after Sl's 2 times 1-'', C0UT is a number of Sl's times 1 The counters CUT1 to CUT5 are counters that count clock pulses CL, and the numerical value indicates a predetermined numerical value and generates a pulse when the numerical value is counted.CUT5 generates a step signal at a predetermined δ1 number fIiJ and inputs the input signal to its R terminal. Sl, S3 are reset by 31. S3
, 61 to G8 are anchor circuits, 69 to G12 are OR gate circuits, and each f1 dynamic yellow element (
motors, etc.) are kept on and off by output signals 'Jf (M, etc.) among the above.

A description of the circuit operation will be omitted since it follows the timing chart.

(Computer Control) An example of executing this copying machine sequence control using a microcomputer will now be described.

FIG. 25 shows the circuit diagram in blocks, in which 201 is a computer chip element, 202 is a 20
1 manpower 43'! Matrix circuit to give '7,
203 is a means for detecting the state of the copying machine; 204 is an output signal gate circuit from the computer; 205 is a driver circuit for driving the operating elements; 208 is an oscillator that assists the driving; 206 is a signal from the computer that is displayed. 207 is a display device.

The detailed circuit shown in FIG. 25 is shown in FIG. 26.

201 lamp as TI in 1. It uses a TMS100O type microcomputer manufactured by Manufacturer Co., Ltd., and outputs 1, 2, 4, 8, and 1ro1-04.
, has a terminal R O - R 12 as output 2.

The output l is used to display the number of sheets on the display devices DI and D2. These can be accessed via segment decoding in Table 71 (device D
1. Connected to D2. Output 2 is used for controlling the operation of the negative 6η element and for scanning the human power matrix circuit.

The gate circuit is used to combine the 4ij signals from output 2 to obtain even more output signals, and functions as a decoder. Note that the output terminal r that operates the three types of lamps for indicating the size of paper feeding errors and paper jams is an RIOI tree, but the operation of different lamps is controlled by a counter that counts the clock signal for IN from the RIO. configured.

This gate circuit provides 1J of the output of the CPU to the human power matrix circuit and output interface circuit.

The interface circuit power-amplifies No. 1 and No. 1 from the Day 1 circuit to drive the solenoid and lamp atmosphere. A.C.
The load, etc. is ANDed with the output from the oscillator and output as a trier, a triker, etc. 4i, and is driven.

In the matrix circuit section, the outputs from the output terminal 2 of the microprocessor and from the gate circuit are used as scanning inputs for the matrix circuit. A matrix is constructed in such a way that this scanning line intersects with the input line of the microprocessor, and this intersection serves as a switch, which corresponds to the input section.

If the input lines of the processor of X scanning lines are a y-tree, a maximum of xlIy switches are possible.

This switch is a keyboard switch in the operation section and a micro switch for other control signals.

Or for signal generation from various detection circuits (presence or absence of paper,
master clock detection, etc.).

It is input to the CPU by a scan line output at level l.

The circuit operation will be briefly explained.

First, the key input from the operation panel is from the CPU's output terminals RO to 2.
．． The scanning signal from R9 and the negation signal of R4 from gate 265 (signal before machine operation starts) are taken into the CPU. Cassette-related input signals are taken in by output R3. The imported numbers (2 digits) are R11, R1
A segment of the required number of digits is selected by one of the alternate outputs of 2 and the 4 outputs of O1 to 4 simultaneously, and Di and D2 are displayed at the intersection IL by a switch element f- of 266°267. After completion of the preparation stage such as key entry, the main motor, pre-exposure, etc. are driven by R4. This R4 signal causes the input switch of the matrix (registration signal R3, generation, σtsuk pulse CP generation, paper output detection C
PO5). Therefore, when the drum is rotated by the main motor, each signal for sequence timing can be input. Also, paper feeding success detection CPI S stop detection 5T
The OP is manually input to the CPU using the original exposure lamp drive signal R6 and the blank lamp drive signal R7. Under the condition that the toe L rotates, the charger, AC remover, full-surface exposure lamp, paper feed PL, and resist CL are driven by the output of RO~2. However, the R4 signal prevents the manual command. Reading of the sheet I/original first detector OSI to the CPU is performed by ANDing the negative output of the paper feed PL operation output R1 from the gate 268 and the sheet clutch operation signal of R8. The input of the second detector O32 is 0 or more, which is performed by ANDing the output of R1, the output R2 of the registration clutch, and the transfer sheet feeding success signal CPIS by the gate 270, so that input terminals with few CPUs can be effectively used. .

In addition, the optical system movement motor is operated under the AND condition of the gate 271 of outputs R9 and R5 (details will be explained later regarding the optical system positioning check in sheet mode). In the case of key entry, RO to R2 and R9 are sequentially output by the clock. On the other hand, when operating a controlled load, the output is the length required for the load to turn off. If CPIS cannot be detected and there is a paper feeding error, a one-pulse signal from RIO will display the error, and if the transfer paper is jammed and cannot be ejected (
CPO3 cannot be detected) Paper jam is displayed due to two pulses from the same RIO, and the sheet original is jammed and the second detector O
If 52 does not operate, 3 pulses from 3uto will indicate a document jam. For this purpose, a counter 272 is provided,
The display output is reset by the drum rotation stop signal R4 and the time signal after the power is turned off for jam removal.

To explain the computer chip element using the tJS28 diagram, in the diagram, the ROM has a master program for executing the sequence of the copying machine stored in advance in order, and is embedded in each address, and each time a specific address is set in this ROM. This is a read-only memory whose contents can be taken out at any time, and is preset in a well-known matrix circuit by a 011F code.
Program in binary code in order from address r to the final address required (
Stores the key entry program, the operation program for the a device, and the machine end gamma progera A'\=).

The RAM is a read/write memory 1j for storing the copy amount and temporary control signals during process control, a known memory for storing one set of binary codes, and a plurality of clip-flops.
A plurality of sets are formed, and an arbitrary set is selected by an address designation signal, and data is written to or read from a plurality of flip-flops among the sets.

KI is an input section that accepts external signals.

The ID is an instruction decoder that decodes the code signal output from the ROM and divides it into finer control signals α for executing each step.

ALU is an arithmetic circuit that processes data.

Ace is an accumulator that stores calculation results. YR
is a register that stores data.

RO is a register having a latch function, and its contents are output and used as a control output.

This CPU and peripheral circuits perform the waiting flow such as key entry in FIG.

The process sequence flow and the procedure for executing the end mode flow in [MoI] are detailed in the detailed flowchart using instruction codes in FIG. 31 and the program code list in Table 1 and Table 2 that code it. Ru.

The above list is stored in the ROM in the CPU in binary code in step order, and this code is read out in a time series at an extremely fast speed (1 step or I (lpSec, etc.) of the flow) to record the waiting flow.

Execute the sequence flow and end flow.

- Please refer to part of the detailed flowchart 1! The operation of the CPU will be explained using as an example the optical system movement control as scan start 4I.zej1 immediately before the start of the sequence execution of sheet mode 1.zeta.

It must be in a position dedicated to seat motto. If it is not in the iE L position, the optical system moving motor is rotated and the forward clutch is activated to move the optical system.

When the vehicle reaches the stop position, the position 4 detection switch 104 is pressed. As soon as this switch detects that it has been pressed, the optical system movement motor and 111 eyes are activated.

9J and the optical system stops at the position of the sheet Ii river.

This will be explained based on the steps of the progera 1 shown in FIGS. 30(a) and 30(b).

Each step is controlled by clock number 1-1 for CPU drive.
An aj control signal (coat) is output to the buoy U from the ROM. The output is decoded by the ID and the program is executed at 11"1. First, a control code is output from the ROM address corresponding to step 1, and this is decoded by the ID.
deciphered the ALU.

With the control signal α1 to YR, the numerical value 9 is set in the register YR through the ALU. This register YR in step 2
Sets R9 of the output register RO, which is specified by . In step 3, the input data of the input IKI is
Store in accumulator Ace through LU. At this time, since the output of the register R9 has been output in step 1, the input position of the optical system stop position detecting switch OHP2 is specified, and whether or not OHP2 is operating is inputted (see the matrix circuit in FIG. 26). Therefore, input section KI
4's human strength j5 Q or l is input, and the data at this time is Acc as the code corresponding to 4 on the second hit.
is memorized. Next, in step 4, the value 0 is sent to register YH through the ALU.

In step 5, RA specified by register YR
M(7) Memory m(oo)al:JI! ! Nistemp 3
The data stored in accumulator ACC[7] is transferred and stored. In step 6, this memory M(0
0) It is determined by 11 whether the data at the 2nd pin point 14 is 1 among the data in the address. If it is l (yes), the optical system has detected the sheet position, so the next step 7 is executed in step 11.
do. If it is LO (No), it is not detected, so skip step 7 and proceed to step 8 to move the optical system.
Execute. At step 8, 5 is placed in register YR. In step 9, set R5 of register RO specified by this register YR, and this output
+ ii + Shinkura crunch through the pull. Therefore, the optical system begins to move due to the force of the seat position, including the output of R9. (Figure 26g jjjjj) Step 10 is a jump instruction and is an instruction that also takes to label name L81, that is, step 1.
This loop motion f1 is repeated many times until P2 is pressed. When the optical system reaches the sort point and presses 0HP2, the input data's 2nd I/eye becomes 1 and step 6
Execute the next step 7. Step 7 is label name LB
Since this is an instruction to jump to LB2, step 11 specified by LB2 is executed next. At step 11, 9 is set in register YR, and at next step 12, R9 of register RO specified by register YR is reset. Similarly, in step 14.15, R of register RO is
5 is reset. In this way, the outputs of R9 and R5 are reset, the optical system movement motor and forward clutch are turned off, and the optical system is stopped at the seat position.

FIG. 29 schematically shows the register addresses of the RAM.

The location stored in step 5 of FIG. 30 above is (
o, 'o) Corresponds to the address. A register for storing l by a flag instruction used as a determining means in another flow step in FIG. 31 is also described in the diagram. In addition, the number of manual copies in the key entry cycle of the waiting routine flow, which will be described later, and the number of copies in the sequence flow cycle (register shaft 1.rl that records +ri to t0).
.

Other registers are provided for recording the number of clock pulses i1 and the timing of the control load f1;

The types of flags in FIGS. 29 and 31 have the following meanings.

display flag table 4
y flag 1 After entering the key, entry flag 2 ° After entering "1", jam flag l: Transfer paper or paper 1, then press 1 jam flag 2: Number of pulse counts or set number of Shamji 1 river Clear flag: Set when the clear key is pressed.Set mode flag: Sheet mode number and sen I/auxiliary force cent flag: Auxiliary force cent is selected pulse flag l: If the pulse count does not reach the set number゛Set pulse flag 2: When the pulse for siamese is set, it is set (key entry cycle). Fig. 20 shows the operational relationship between the RAM and the key.

After turning on the power, first all outputs of the microprocessor are cleared, then the contents of RAM are cleared, and then the RA
1 is set at address M (0,1) (hereinafter referred to as address 1) and the process proceeds to the gie entry cycle.

Key entries are O to 9 for setting the desired number of copies.
Up to number fi key 126. ．． Clear key 127 for setting the number of copies to 11, keys 130 (book mode), 131 (for copying start) (performed by sheet mode).

(Figure 15) The number of copies can be set up to 2 digits (99 copies).
AM1 address, 2 digits (l) are stored in RAM address 2. If the key is not pressed, RAM1 set after the power is turned on is stored.
Depending on the address, 'O l' will be displayed and you can copy one sheet to Hatake without pressing the numeric keys.Press the numeric keys if you want to copy 2 or 1.When the key is pressed, the number 1f4 key If it is a 2-key key, the pressed value is stored in 1 (ΔMl, +15) and displayed, and the next key is pressed.

If it is a key other than the number 1 fi key, if it is a clear key, clear the data in RAMI, RAM address 2, then set 1 to RAM address 1 and wait for the Seriton old key to be pressed.If it is a copy start key, use the stone button. Determine whether the signal is on or not, and if Stop No. 4.1 is on, wait for the HI key to be pressed again. Stopy 11
If 1< is not displayed, proceed to the copy sea fence.

"The stomb signal is issued when there is no copy paper or developer, or when the temperature of the fixing heater has not reached the specified value." If it is the number & 1 key, the data at address 1 in RAM is R
Move the data to AM2 address and put the new data into RAM address 1.

Next, if a key other than the numeric key is pressed, the same operation as described above is performed.

When the program advances to the copy sea fence and exits the key manual program, even if a key is pressed, the key is not manually operated, and therefore no malfunction occurs. The detailed operation of the CPU under the above-mentioned key manual operation is clear from the similar detailed flowchart in FIG. 31 for the optical system motor described above.

(Jam detection) 11 when the transfer paper is sent out by the registration roller 101
The clock pulse CP corresponds to the 8 rotations to determine whether you have reached the point υt out 1] within the set time.
After counting a certain number of , check whether the paper has reached the υ1 exit. Paper is 1 to micro switch 117
The next column is detected. The above-mentioned CP OS (, I will be added to No. i).

The clock count can be monitored from the timing when the transfer paper is sent out by the registration roller 101. Since the CPU operates extremely fast, a large number of controls can be performed between one clock and the next. Therefore, various inputs, 1'-
By inserting a program into the main flow that increments the clock for jam detection at step 1111 while waiting for ``f'' and counting the clock for control timing. Clock counting for the detection timer can be done without compromising control of numerous operating elements. (Kuinaminoku 1: I number large and small force Usuka f
function) When the paper jam detection check is performed, the paper detector 11
If it has not reached 7, first all drive systems (especially high-risk high-voltage power supplies, heaters, etc.) are turned off, the copy operation is stopped, and /! Turn on the jam detection activation indicator lamp on X. The paper conveyance belt is driven and ejected! Ha;

The optical system may be crimped when removing paper jammed inside the machine. Therefore, when a jam is detected, the optical system moving motor 114 is turned on and the sheet mode position (+fi) is turned on.
move it to. When the optical system reaches a predetermined position of 1/1, the optical system presses the microswitch 104, a signal is generated, and the optical system moving motor is turned off. At this time, the optical system will not return even if it is mechanically locked.

When the cover is opened and closed again to take out the jammed paper, the microswitch 105 operates f1. The jam detection is reset based on the confidence from the microswitch that is issued at this time.

When the start button is pressed once, the plunger 115 for unlocking the optical system is activated, and the lock is released and the book mote is returned to the optical system home position (+fl) by means of a screwdriver.

The clock pulse of front 4 is ProcessSbee I・1 m
It contains an internal oscillator such that pulses are generated at intervals corresponding to m m 'J l pulses.

It can also be detected by optically detecting holes drilled in a rotary plate that rotates at the rotational speed of the drum.

In conventional discrete control circuits, there is a possibility that the key human power prohibition circuit may be turned off during the copy operation.
Since the present invention is controlled sequentially by microprogramming, after the step of key reading -
・When you enter Tsutan Copy Starp, even if a key is pressed, you cannot accept it, so for example, copy movement f1 of Bunkumo-1.
Even if Seat Mort's Copy Star I/Gee is pressed inside, it will not malfunction.

Regarding the 1/1 clause used in Section 311Δ, Table 1, T
Company I TMS1000 series rProgrammer'
s Reference Manual.

Table 1 GENERAL AssEMnLER ASSEMBLE OF TMSlooONEWINS
TRUCTION FORB, BFG PG-LOCC
0DE STMT SOURCESTATEMENT I OFT LIST.

XREF, FROM.

TAT 2 TNIO65EQU ENCE PROGR MME 0000 3 PAGE 0 00-0000 78 4 LB9 ALEC100-
0001BD 5 BRLB31400-0003 7
4 6 ALEC200-00079E L7 BRL
B1400-000F 72 8 ALEC400-0
01F R99BRLB15 00-003F 6Cto TCMIY 300-00
3E 94 11 BRLB1600-003D 17 00-003B 8C12LB314 BL LB31
500-0037 60 13LB13 TCMIY
000-002F 94 14 BRLB1600-O
OZE 68 15LB14 TCMIY 100-0
03C9416BRLB16 00-0039 64 17LB15 TCMIY 2
00-0033 94 18 BRLB1600-00
27 40 19LBlOTCY 000-000E
78 20 ALEC100-001D BO21BR
LB1700-003A 74 22, ALEC2
00-00358223BRLB18 00-002B , 72 24 ALEC400-00
168B 25 BRLB1960-002C6E 2
6 TCMIY 700-0018 94 27 BR
LB1600-0030 62 28LB17 TCM
IY 400-0021 94 29 BRLB160
0-0002 6A 30LB18 TCMIY 50
0-0005 94 31 BRLB160.0-00
0B 66 32LB19 TCMIY fjoo-0
0179433BRLB16 00-002E 40 34LB11 TCY 000
-001C7835ALEC1 00-00388636BRLB20 00-0031 69 37 TCMIY 900-0
023 94 38 BRLB1600-0006 6
1 39LB20 TCMIY 800-000D 9
4 40 BRLB1600-001B 78 41L
B12 ALEC100-00368942BRLB2
1 00-0020 74 43 ALEC200-001
A A2 44 BRLB2200-0034 40
45 TCY 000-0029 60 46 TCM
IY 000-0012 60 47 TCMIY 0
00-0024 4A 48 TCY 500-000
8 33 49 5BIT 300-0011 94
50 BRLB1600-0022 46 51LB2
2 TCY 600-0004 30 52 5BIT
000-0009 4E, 53LB21 TCY
700-0013 0D 54 5ETR00-002
60955KNEZ oo-000C8A 56 BRLB2300-001
9 QC57R3TR 0O-003218 00-00259A 58 BL LBSQoo-00
0A QC59LB23 R3TR0O-001518 00-002A 9D 60 BLLB2400-00
14 4A 61LB16 '1'CY 500-00
28 18 62 LDP 100-0010 80
63 BR0 000164PAGE 1 01-0000 3A 65 'l'BITI 101
-0001 8B 66, BRLB2501-000
3 39 67 TBITI 201-0007 8D
68 BRLB2601-000F 48 69LB
27 TCY 101-001F 21 70 TMA ol-003F 2B, 71 IYCol-003E
03 72 TAM ol-003D 42 73 TCY 401-003
B 03 74 TAM ol-00374075TCY θ 0l-002F 21 76 TMA ol-001E 2B 77 IYC ol-003C0378 AM 01-0039 4C79TCY 3 01-0033 03 80 7AM 01-00 27 4A 81 TCY 501-000
E 32 82 5RIT 101-001D 17 01-003A CO83LB24 CALT, L 5
tJBA01-0035 1B 01-002B Co 84 CALL 5UBBo
t-oot-e 17 01-002CCO85CALL 5tJBA01-
0018 1B 01-0030 Co 86 CALL 5UBI3
01-0021 4A 87 TCY 501-000
2 3B 88 TBITI 301-0005 A3
89 BRLn2O01-000B 3B 90LB
25 TBITI 301-0017 BB 91 B
RLn3O901-002E IF 01-001C8E 92 BL Ln2O3-003
81F 01-0031 AF 93LB309 BL LB3
-01. -0023 1F Of-0006AF 94L878 13L Ln2O
3-000D 35 95LB26 RBIT 701
-0018 48 96 TCY 101-0036
60 97 c: Mry.

0l-002D 8F 98 BRLB2701-00
1A 17 01-0034 Co 99LBSQ CALL 5
tJBAOf-002946100TCY 6 01-0012 38 101 TBITI 0Of-
0024A2 102 BRLB3601-0008
14 103 LDP 201-0011 80 10
4 BR001-002211 01-0004AE 105LB36 BL LBSM
I0002 106 PAGE 2 02-0000 17 02-0001 Co 107LB37 CALL
5UBA02-0003. 4C1087CY 302
-0007 1B 02-000F FB 109 CALL 5UBC
02-001F 3B 110 TBITI 302-
003F 96 ill BRLn3O02-003E
4C112LB31 TCY 302-003D 1
7 02-003B EB 113 CALL 5UBE
02-0037 3A 114 TBITI'10?0
02F BA 115 BRLB3202-001E
39 116 TBITI 202=003C9C11
7BRLB3302-0039 38 118 TBI
TI 00'2-0033 9C119BRLB330
2-0027 4C120TCY 302-000E
QC121R5TR 02-001D80 122 BRLB3702-00
3A 17 02-0035 Co 123LB32 CALLL
5UBAO:2-002B BE 124 BRLB3
102-0016 46 125LB30 TCY 6
02-002G 32 126 3BIT 102-0
018 4C127LB34 TCY 302-003
0 17 02-0021 EB 128 CALL 5UBE
02-0002 3A 129 TBITI 102-
0005 9CI30 BRLB33' 02-000
8 17 02-0017 CO131CALL 5IJBA0
2-GO2E 98 132 BRLB3402-00
IC4C133LB33 TCY 302-0038
QC134R3TR 02-00314j 1.35 TCY 402-00
23 00 136 5ETR02-00064E 1
37 TCY 702-000D 6F 138 TC
MIY 6F02-001B 6F 139, TCM
IY 6F02-0036 1B 02-002D F3. 140LB38 CALL
5UBD02-001A Q 141 TCY 60
2-0034 3B 142 TBITI 302-0
029 95 143 BRLB3902-0012
4E 144 TCY 702-0024 6D 14
5 TCMIY 6D02-0008 64 146
TCMIY 6402-0011 1B 02-0022 F3 147LB40 CALLL
5UBD02-0004 46 148 TCY 60
2-0009 3B 149 TBITI 302-0
013 A8 150 BT LB4102-0026
40 151 TCY 0 (12-000C0015
25ETR 02-00194E 153 TCY 702-003
2 0D 154 5ETR02-00251C155
LDP 3 02-000A 80 156 BR002-0015
17 02-002A Co 157L, R39CALL
5UBA02-0014 B6 158 PRLB38
02-0028 17 02-0010 CO159LB41 CALL 5
UBA02-0020 91. 160 BRLB40
0003 161 PAGE 3 03-0000 6E 162 TCMIY 6E03
-0001 6E 163 TCMIY 6E03-0
003 1B 03-0007 F3 164LB42 CALLL
5UBD03-000F 46 165 TCY 60
3-001. F 3b 166 TBITI 303-
003F 8C167BRI, B12O3-003E
38 168 TBITI O' (03-003D
90 169 BRLB4403-003B 4A 1
70LB311 TCY! 5 CO3-00370D
171 5ETR (03-002F 44 172
TCY2 (03-7001E OD 173 5ET
RCO3-003C4E 174 TCY7 003-
0039 0D 175 5ETR(]03-0033
6A 176 TCMIY 5 003-0027
60 177 TCMIY O003-000E IB
0 03-00LD' F3 178LB45 CALL
L 5UBD 003-003A 39 179 TB
ITI 2, Q03-0035 AC180BRL
B326 Q03-002B 46 181LB325
TCY 6 003-0016 85 182 BR
LB327 003 002C40183LB326
TCY 0 003-0018 39 184 TBI
TI2.

03 0030 AB 185 BRLB325.

03-0021 16 0 +3-0002 82 186 BL LBJAMN2 +3-0005 3B 187LB327 TBITI
3:3-000B A5 188 BRLB4613
-0017 0D 189 5ETR13-002E
48 190 TCY 113-001COD 191
5ETR13-00384E 192 TCY 71
3-0031 0C193R5TR, 3-00236D 194 TCMIY 6D13-
0006 6C195TCMIY 6C13-000D
lB 5-001B F3 196LB47 CALL 5
UBD3-0036 39 197 TBITI 23
-002D A9 198 BRLB3293-001
A 46 199LB328 TCY 63-0034
A2 200 BRLB3303-0029 40
201LB329 TC￥03-0012 39 2
02 TBITI 23-0024 9A 203 B
RLB32803-0008 16 03-0011 82 204 BL LBJAMN2 010022 3B 205LB330 TBITI
303-0004 AA 206 BRLB4803-
0009 40 207 TCY 003-0013
12' 208 LDP 403-0026 80 2
09 BR003-000C17 03-0019CO210LB43 CALL 5U
BA03-0032 83 211 BRLB4203
-0025 17 03-000A Co 212LB46 CALLL
5UBA03-0015 8E 213 BRLB45
03-002A 17 010014 CO214LB48 CALL 5U
BA03-0028 8D 215 BRLB4703
-0010 11 03-0020 A6 216LB44 BL LBS
M20004 217 PAGE 4 04-0000 3B 218 TBITI 3B04
-0001 BO219BRLBBO04-00032
20 04-000749221LB107 TCY 904
-000F QC222LB50 R5TR04-00
1F 2C223DYN 04-003F 8F 224 BRLB5004-0
03E 45 225 TCY 1004-003E
OD 225 5ETR04-003D QC226'
R5TR04-003846227TCY 6 04-0037 3A 228 TBITI 104-
002F BC229BRLB5304-001E B
5 230 BRLB5404-003C' 4Cshi3
1LB53 TCY 304-0039 17 04-0033 EB 232 CALL 5UBE
04-0027 3A 233 TBITI 104-
000E 96 234 BRLB5504-001D
4C-235TCY 304-003A QC236
R5TR 04-00351E 04-002B 82 237LB54 BL LB8
704-0016 17 04-002CCo 238LB55 CALL 5
UBA04-0018 BC239BRLB5304-
0030 4E 240LB49 TCY 704-0
021 68 241 TCMIY04-0002 6
C242TCMIY 6C04-00051B 04-000B F3 243LB57 CALLL
5UBD04-0017 39 244 TBITI
204-002E Bl 245 BRLB33204
-00IC46246LB331 TCY 604-0
038 B6 247 BR, LB33304-003
1 40 248LB332 7CY 004-002
3 39 249 TBITI 204=OO069C
250BRLB33104-0000 16 04=OOIB 82 251 BL LBJAMN2 04-0036 3B 252LB333 TBITI
304-002D A8 253 sn LB580
4-001A 44 254 'rCY 204-00
34 QC25511STR04-002917 04-0012El 256LI360 CALLL
5UBF04-0024 3a 257 TBITI
104-0008 89 258 BRLB6104-
0011 17 04-0022 CO259CALL 5UBA04
-0 sword 04 A9 260 Bl (LB6004-00
09 48 261LB61 TCY 104-001
3 QC262R5TR 04-002641L 263 1'CY 204-0
00COD 264 5IE71'R04-00194
6265'f'CY 604-0032 31 266
5BIT 204-0025 49 267 TCY
904-000A 6D 268 TCMIY 6D0
4-0015 64 269 TCMIY 6404-
002A IA 270 LDP 504-0014
80 271 BR004-002817 04-0010CO272LB58 CALL 5U
BA04-0020 85 273 BRLB5700
05 274 PAGE 5 05-0000 68 275 TCMIY 6805
-00-01 1B 05-0003 F3 276LB65 CALL
5UBD05-0007 40 277 TCY 00
5-000F 3B 278 TBITI 305-0
01F BE 279 BRLB31005-003F
9D 280 BRLB33405-003E 4A
281LB310 TCY 505-003D 39
282 TBITI 205-003B, BC28
3BRLB33505-0037 17 05-002F CO284LB67 CALL 5
UBA05-001E 81 285 BRLB650
5-003C40286LB335 TCY 005-
OQ39 39 287 TBITI 205-003
3 R7288BRLB6705-0027 16 05-000E 8B 289 BL LBJAM05
-001D 4A 290LB334 TCY 505
-003A QC291R5TR 05-003546292TCY 6 05-002B QC293R3TR 05-00164E 294 TCY 705-002
COD 295 5ERT05-0018 4A 29
6 TCY 505-0030 3B 297 TBI
TI 305-0021 86 298 BRLB30
005-0002 48 299 TCY 105-0
005 2A 300 DMANO3-000B Bl
301 BRLB7105-0017 05 302
Al0AAC05-002E 03 303 TAM
05-00IC44304TCY 2 05-0038 2A 305 DMAN05-0.0
31 03 306LB71 TAM05-0023
8D 307 BRLB7005-0006 37 3
08LB30ORBIT 305-0000 48 3
09LB70 TCY 105-0018 26 31
0 MNXZ05-0036 AA 311 BRLB
30105-002D 44 312 TCY 205
-001A 26 313 MNEZ05-0034
AA 314 BRLB30105-0029 4E
315LB69 TCY 705-0012 6E 3
16 TCMLY 6E05-0024 63 317
TCMIY 6305-0008 1B 05-0011 F3 318LB73 CALLL
5UBD05-0022 39 319 TBITI
205-0004 A6 320 BRLB33905
-0009 46 321LB340 TCY 605
-0013 8A 322 BRLB34105-00
26 40 323LB339 TCY 005-00
0C39324TBITI 205-0019 89
325 BRLB34005-0032 16 05-0025 82 326 BL LBJAMN0
5-000A 16 05-0015 80 327LB341 BL LB
34305-002A l3 05-0014 8F 328LB301 BL LB
3360006 329 PAGE 6 06-0000 3B 330LB343 TBITI
306-0001 93 331 BRLB7406
-0003 40 332 TCY 006-0007
QC333R3TR 06-000F 44 334 TCY 206-00
1F QC335R5TR 06-003F 4E 336 TCY 706-00
3E QC337R3TR 06-003041338TCY 8 06-003B QC339R5TR 06-0037 4E 340 TCY 706-00
2F 63 341 TCMIY 6306-001E
64 342 TCMIY 6406-003CIB 06-0039 F3 343LB76 CALLL
5UBD06-0033 39 344 TBITI
206-0027 BA 345 BRLB34506
-000E 46 346LB344 TCY 606
-001D AC347BRLB34606-003A
40 348LB345 TCY 006-0035
39 349 TBITI 206-002B 8E
350 BRLB34406-0016 82 35
1 BRLBJAMN06-002C3B 352LB
346 TBITI 306-0018 B2 353
BRLB7706-0030 11 06-0021 80 354, BL LB8106
-0002 4A 355LBJAMN TCY 50
6-0005 33 356 5BIT 306-00
0B 17 06-0017 Co 357LBJAM CALLL
5UBA06-002E 49 358 TCY 9
06-001CQC359LB78 R3TR06-0
0382C360DYN 06-0031 9C361BRLB7806-002
3 45 362 TCY 1006-0006 0D
363 5ETR06-000D QC364R5T
R 06-001B OD 365 5ETR06-003
6QC366R5TR 06-002D OI) 367 5ETR06-00
1A 42 368 TCY 506-0034 0D
369 5ETR06-002949370LB79
TCY 906-0012 17 06-0024 EB 371 CALI-L 5UB
E06-0008 39 372 TBITI 206
-0011 95 373 BRLB8006-002
2 17 06-0004 CO374CALL 5UBA06
-0009 A9 375 BRLB79 (06-0
013171 06-0026Co 376LB74 CALL 5
UBA (06-000CIA + 06-0019 88 377 BL LB73 蒐0
6-003217 + 06-0025 CO378LB77 CALL 5
UBA (06-000A BC379BRLB76
(06-00154A 380LB80 TCY 5
(06-002A QC381R3TR (06-001
41E 382 LDP7 (06-00288038
3BRO(0007384PAGE 7(07-000049385TCY9(07-0001
QC386R3TR(07-000317(07-0007El 387LB82 CALL 5
UBF (07-000F 39 388 TBITI
2 (07-001F BB 389 BRLB83
(07-003F 17 ( )7-003E CO390CALL 5UBA)7
-003D 83 391 BRLB82)7-003
B IB )7-0037 Co 392LB83 CALLL
5UBB)7-002F 17)7-001E El 393LB84 CALLL
5UBF)7-003C393941'BITI 2)
7-0039 98 395 BRLB85) 7-00
33 1B)7-0027-Co 396 CALL 5UB
B)7-0018 17)7-0030 CO402LB85 CALL 5
UI3A)7-0021 AF 403 BlI LB
84) 7-0002 49 404LB87 TCY
9) 7-0005 1B 17-000B FB 405 CALL 5UBC
17-001738406'I'BITI 017-0
02E 9A 407 BRLBBB17-001C3
A 408 TBITI 1)7-0038 8D 4
09 BRLB8907-0031 17 07-0023 Co 410LB90 CALLL
5UBA07-0006 82 411 BRLB87
07-000D 46 412LB89 TCY 60
7-001B 38 413 TBITI 007-0
036 92 414 BRLB9307-002D
B1 415 BRLB9007-001A 46 4
16LB88 TCY 607-0034 '38 4
17 TBITI 007-'0029 8A 418
BRLB9207-0012 4E 419LB93
TCY 707-0024 1B 07-0008 FB 420 CALL δUBC
07-0011 3B 421 TBITI 307-
0022 94 422 BRLB9407-0004
45 423 TCY 1007-0009 QC4
24R3TR 07-00134A 425 TCY 507-002
6 36 426 RBIT 107-000C464
27TCY 6 07-0. ．． 019 35 428 RBIT 207
-0032 14 07-0025 80 429 BL LB3707-
000A 17 07-0015 CO430LB92 CALL 5
UBA07-002A 82 431 BRLB870
7-0014 17 07-0028 CO432LB94 CALL 5
UBA07-0010 92 433 BRLB930
008 434 PAGE 8 os-oooo 4E 43sLnsl TCY 70
8-0001 6F 436 TCMIY 6F08-
0003 6F 437 TCMIY 6F08-00
07 1B 08-000F F3 438LB95 CALLL
5UBD08-001F 46 439 7CY 60
8-003F 3B 440 TBITI 308-0
03E 85 441 BRLB960B-003D
42 442 TCY 408-003B QC443
R3TR 08-00374A 444 TCY 508-002
F 3A 445 TBITI 108-001E A
B 446 BRLB5608-003C41447T
CY 4 08-0039 21 448 TMA08-0033
44 449 TCY 208-0027 03 4
50 TAM08-000E 4C451TCY 30
8-001D 21 452 TMA08-003A
48 453 TCY 108-0035 03 45
4 TAM08-002B 17 08-0016 CO455LB56 CALL 5
un08-002C4A 456 TCY 508-0
018 60 457 TCMIY 008-0030
60 458 TCMIY 008-0021 1F 08-OQO28E 459, BL LB408-0
005 17 08-000B Co 46CLB96 CALLL
5UB08-0017 87 461 BRLB950
B-002E 4B 462LBSMI TCY 10
8-001C60463TCMIY 008-0038
60 464 TCMIY 00B-0031494
65LB97 TCY 908-0023 17 08-0006 EB 466 CALLL 5UBE
08-0000 39 467 TBITI 208-
001B 92 468 BRLB9808-0036
4A 469 TCY 508-OQ2D 00 4
70 5ETR08-001A 17-A 08-0034 CO471CALL 5UII
A08-0029 'Bl 472 BRLB9708
-0012 49 473LB98 TCY 908-
0024 QC474R3TR 08-00084A 475'TCY 508-00
11 QC476R3TR 08-00224A 477 TCY 5A 08-0
004 QC478R3TR08-0009 14 08-0013 80 479 BL LB3708-
0026 44 480LBSM27CY 208-0
00COD 481 5ETR08-001919 08-003280482BL LB990009 4
83 PAGE 9 09-0000 41 484LB99 TCY 80
9-0001 17 09-0003 EB 485 CALL 5UBE
09-0007 3A 486 TBITI 109-
000F BD 487 BRLB10009-001
F 17 09-003F CO488CALL 5UBA09
-OQ3E 80 489 BRLB9909-003
0 4E 490LB100 TCY 709-003
B 491 TCMIY 309-0037 492
TCMIY 609-002F IB 09-001E F3 493LB101 CALLL
5UBD09-003C4-6494TCY609
-0039 3B 495 TBITI 309-00
33 A3 496 BRLB10209-0027
48 497 TCY 10'9-000E OD 4
98 5ETR09-001D 46 499 TC:
Y 609-003A OD 500 5ETR09-
00354E 501 TCY 709-002B Q
C502R3TR 09-00164E 503LB103°TCY 70
9-OQ2C'68 504 TCMIY 109-0
018 6C505TCMIY 309-0030 1
B 09-0021 F3 506LB104 CALL
5UBDo9Looo2 46 507 TCY 6
09-0005 3B 508 TBITI 309-
000B 9B 509 BRLB10509-001
7 40 510, TCY 009-002E 3B
511 TBITI 309-001C-9A 51
．． 2 BRLB10609-0038 12 09-0031 +33 513 BLLBto709
-0023 17 09-0006 C (1514LB102 CALL
5UBA09-00.00 AF 515 BRLB
IOI09-0018 17 09-0036 CO516LB105 CALLL
5UBA09-002D BO517BRLB1040
9-001A 4E 518LB106 TCY 70
9-0034 6D 519 TCMIY 1109-
0029 6C520TCMIY 309-0012
1B 09-0024 F3 521LB108 CALLL
5UBD09-0008 46 522 TCY 6
09-0011 3B 523 TBITI 309-
0022 93 524 BRLB31209-000
4 17 09-0009 97 525 BL LBOJAM0
9-0013 40 526LB312 TCY 00
9-0026 3A 527 TBITI 109-0
00C8A 528 BRLB10909-0019
17 09-0032 Co 529 CALL 5tJB
A09-0025 92 530 BRLB10B09
-000A 4E 531LBLO9TCY 7. 0
9-0015 68 532 TCMIY 309-0
02A 6C533TCMIY 309-0014 1
5 534 LDP 1009-0028 80 53
5 BR0000A 536 PAGE 10 OA-00001B OA-0001F3 537LBl14 CALLL
5IJBDOA-000316538TCY 6 OA-00073B 539 'I'B11"l3OA
-000F A3 540 BRLBl15OA-00
1F 44 541 7CY 2OA-003F QC
542R3TR 0A-003E 4E 543 TCY 7RA-00
3I) 68 544 TCMIY 3OA-003B
6C545TCMIY 30A-00371B OA-002F F3 546LB116 CALLL
5UBDOA-001E 46 547 TCY 6
OA-003C3B 548 TBITI 30A-0
0399B 549 BRLBl170A-00334
8550TCY 1 OA-0027QC551R5TR 0A-000E 44 552 TCY 2OA-00
1D 00 553 5ETR.

0A-003A 17 OA-0035El 554LB118 CALLL
5UBFOA-002B 3A 555 TBITI
1OA-00169A 556 BRLB1190A-
002C48557TCY 1 OA-001828558IMAC OA-003003559TAM OA-002106560A6AAC OA-000292561BRLB1200A-000
546562LB122 TCY 6OA-000B
QC563R3TR 0A-00174E 564 TCY 7OA-002
E IB OA-00ICFB 5.65 CALL 5UBC
OA-00381D 566 LDP 11OA-00
3180567BR0 OA-002317 OA-0006Co 568LB115 CALLL
5UBAOA-000D 80 569 BRLB11
4OA-001B 17 OA-0036Co 570LB117 CALLL
5UBAOA-0020B7 571 BRLBl16
0A-001A 17 OA-0034Co 572LBl19 CALLL
5UBAOA-0029BA 573 BRLBl18
0A-001203574LB120 TAMOA-0
02444575TCY 2 OA-000828576IMAC OA-001103577TAM OA-002208578A6AAC OA-000493579BRLB121OA-000
992580BRLB120OA-001303581
LB121 TAMOA-002685582BRLB
122000B 583 PAGE 11 0B-000038584TBITI 30B~000
1 Al 585 BRLB1230B-000346
586,TCY 6OB-00070D 587 5E
TROB-000F 4E 588 TCY 7OB-
001F 68 589 TCMIY 30B-003
F 6C590TCMIY 30B-003E IB OB-003D F3 591LB124 CALLL
5UBDOB-003B 46 592 TCY 6
OB-00373B 593 TBITI 30B-0
02F AE 594 BRLB1250B-001E
17 OB-003CEl 595LB129 CALL
5UBFOB-00393B 596 TBITI 3
0B-00338E 597 BRLB313OB-0
027B5 598 BRLB1290B-000E
17 OB-001D CO599LB313 CALL
5UBAOB-003A 9E 600 BRLB12
90B-003546601LB130 TCY 6O
B-002B QC602R3TR 0B-00164E 603' TCX 7OB-0
02COD 604 5ETROB-00181A OB-0030A9 605 BL LB690B-0
02146606LB123 TCY 6OB-000
20D 607 5ETROB-00054A 608
TCY 5OB-000B 32 609 5BIT
l0B-00179E 610 BRLB1290B
-002E 40 611LB125 TCY 0OB
-,001C3A 612 TBITI 1OB-00
388D 613 BRLB1310B-003117 OB-0023-CO614CALLL SUBA0B
-0006BE 615 BRLB1240B-000
04E 616LB131 TCDY 7OB-001
B 68 617 TqMIY 30B-00366C
618TCMIY 30B-002D IB OB-001A F3 619LB132 CALLL
5UBDOB-003446620TCY 6 OB-00293B 621 TBITI 3OB-0
012B2 622 BRLB1330B-00241
7 OB-0008El 623LB135 CALL
5UBFOB-00113B 624 TBITI 3
OB-002295625BRLB1360B-000
4,416267CY 8OB-0009006275
ETR OB-0013' 48 628 TCY 1OB-0
0260D 629 3ETROB-000C1363
0LDP 12OB-001980631BR0 OB-003217 OB-0025CO632LB133 CALLL 5
UBAOB-000A AD 633 BRLB132
OB-001541634LB136 TCY 801
3-002A QC635R5TR013-00141
7 OB-0028Co 636 CALL 5UBAO
B-0010A4 637 BRLB135000C6
38PAGE 12 0G-000046639TCY 6 QC-0001316405BIT 2QC-0003
,19 0C-000796641BL LB103QG-00
0F 17 QC-001F El 642LB336 CALLL
5UBFQC-003F 3B 643 TBITI
3QG-003E”B9 644 BRLB302Q
C-003D IB QC-003B F3 645LB303 CALLL
5UBDQC-003739646TBITI 2Q
C-002F 9D 647 BRLB337QC-0
01E 40 648 TCY 0QC-003CAC
649BRLB338QC-00394A 650LB
302 TCY 5QC-0033326515BIT
IQC-00271A QC-000E A9 652 BL LB69QG-
00'lD 40 653LB337 TCY 0QC
-003A 39 654 TBITI 2QC-00
35AC655BRLB338oc-oozB 16 QC-001682656LB350 BL LBJA
MNQC-002C3A 657LB338 TBIT
I IQC-0018, 85658BR, LB304Q
C-003017 QC-0021Co 659 CALL 5UBAQ
C-0002BD 660 BRLB303QC-00
054E 66LLB304 TCY 7 -QC-0
00B 63 662 TCMIY 63QC-001
76E 663 TCMIY 6EQC-002E I
B QC-001CF3 664LB318 CALL
5UBDQC-003839665TBITI 2QG
-0031B4 666 BRLB347QG-002
346667L8348 TCY 6QC-00063
B 668 TBITI 30G-000D B6 6
69 BRLB3490G-001B 88 670
BRLB351QG-003617 QC-002D Co 671LB349 CALLL
5UBAQC-00iA AE 672 BRLB3
18QC-003440673LB347 TCY 0
QC-002939674TBITI 2QC-001
2A3 675 BRLB348QC-0024AB
676 BRLB350000D, 690 PAG
E 13oD-00004F 691SUBB TCY
1500-0001 61 692 TCMIY 8
0D-00032C693LB202 DYNOD-0
00783694BRLB2020D-000F 2A
695 DMAN0D-001F 03 696 T
AMOD-003F 26 697 MNEZOD-0
03E 83 698 BRLB2020D-003D
OF 699 RETNoo-003B OD 70
0SUBD 5ETROD-003708701TKA OD-002F QC702R3TR 0D-001E 40 703 TCY 00D-00
3C03704TAM OD20039 0F 705 RETNOI)-00
3308706SUBD TKAOD-0027407
07TCY 0 0D-000E 03 708 TAMOD-001D
38 709 TMrTI 000-003A B3
710 BR5UBD00-0035 08 711
LB203 TKAOD-002B 40 712 7
CY 00D-001603713TAM OD-002C38714TMITI 000-001
8 At 715 BRLB204OD'-0030B
5 716 BRLB2030D-00214E 71
7LB204 TCY 70D-00022A 718
DMAN0D-000586719BRLB2050
D-000B 03 720 TAMOD-00174
1721TCY 8 0D-002E 2A 722 DMAN0D-00I
C86,723BRLB2050D-00384672
4TCY 6 0D-003137725RBIT 30D-0023
B6 726 BRLB2060D-00060372
7LB205 TAMOD-000D 46 728
TCY 60D-001B 33 729 5BIT
30D-003639730L'B206 TBITI
20D-002D 92 731 BRLB3220
D-001A 4A” 732 TCY 50D-00
3435733RBIT 20D-002990734
BRLB3230D-001249735LB322
TCY 900-0024 2A 736 DMAN0
D-000894737BRLB3240D-0011
03738TAM OD-002245739TCY 100D-0004
2A 740 DMAN0D-000994741BR
LB3240D-001303742TAM OD-00264D 743 TCY 110D-00
0C2A 744 DMAN0D-001994745
BRLB3240D-003246746TCY 6 0D-0,02535747RBIT 20D-00O
A 4A 748 TCY 50D-00153174
95BIT 20D-002A 90 750 BRL
B3230D-001403751LB324 TAM
oo-00284A 752 TCY 500-001
0 0F 753LB323 RETNooE 75
4 PAGE 14 0E-00004A 755SUBA TCY 5OE
-0,00138756TBIT (10E-0003
9E 757 BRLB2000E-00073075
85BIT 00E-000F 43 759 TCY
120E-001F QC760R3TR 0E-003F 48 761 TCY 10E-00
3E 21 762 TAMOE-003D OA 7
63 TDOOE-003B 4D 764 TCY
110E-00370D 765 5ETROE-00
2F B5 766 BRLB2010B-001E
34 767LB200 RBIT 00E-003C
4D 768 TCY 110E-0039QC769
R5TR 0E-003344770TCY 2 0E-002721771TMA OE-000E OA 772 TDOOE-001D
43 773 TCY 120E-003A OD
774 5ETROE-00350F 775LB20
1 RE'rR0E-002B OD 776SUBE
5ETROE-001608777TKA OE-002C40778TCY 0 0E-001803,779TAM OE-00300F 780 RETNOE-0021
08781SUBF TKAOE-000240782
TCY 0 0E-000503783TAM ol-000B OF 784 RETNOE-001
745785LBOJAM TCY 100E-002
E QC786LB110 R5TR0E-001C2
C787DYN OE-0038AE-788BRLBIlooE-00
3145789TCY 100E-00230D 79
0 5ETROE-0006QC791R5TR 0E-000D OD 792 5ETROE-001
B QC793R3TR 0l-00360D 794 5ETROB, -002
D QC795R5TR0E-001A 49 796
LB11 TCY 90E-00341B OE-0029FB 797 CALL 5UBCO
E-00123A 798 TBITI 10E-00
2484799BRLB1120E-000817 0E-0011Co 800 CALLL 5UBAO
E-00229A 801 BRLBIIIOE-00
0444802LB112 TCY 20E-0009
0D 803 5ETROE-001314 0E-002680804BL LB370E-000
C4A 805LB315 TCY 50E-0019
39806TBITI 20E-0032AA 807
BRLB3160E-002540808TCY 0 0E-000A 10 0E-0015R7809BL LB130E-002
A IF OE-00148E 810LB316 BL LB4
000F 811 PAGE 15 OF-00001F 812 LDP 15OF-00
0143813TCY 12OF-0003QC814
LBI R3TRoi'1-ooo'y) 2C815
DYNOF-000F 83 816 BRLBIOF
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C818LDX 0OF-003E 2F 819 C
LAOF-003D 03 820LB2 TAMOF
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F 48 823LB3 TCY 1OF-001E
68 824 TCMIY 1OF-003C4C82
5TCY 3 OF-003968826TCMIY 1OF-003
34A 827 TCY 5OF-002731828
5BIT 2OF-000E 17 OF-001D Co 829LB4 CALL 5
UBAOF-003A 40 830 TCY 00F
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8 832 TKAOF-0016QC833R5TR 0F-002C70834ALEC0 01-001882835BRLB30501-003
0 10 OF-002180836BL LB90F-0002
2B 837LB305 IYCOF-00050D
838 5ETROF-000B 08 839 TK
A010017 QC840R3TR 0F-002E 70 841 ALEC00F-00
1CA3 842 BRLB3060F-003810 OF-0031A7 843 BL LBlooF-0
0232B 844LB306 IYCOF-0006
0D 845 5ETROF-000D 08 846
TKAOF-001B QC847R3TR 0F-003670848ALEC0 OF-002D A9 849 BRLB3070F-
001A 10 OF-0034AE 850 BL LBIIOF-0
02949851LB307 TCY 9OF-001
20D 852 5ETROF-002408853T
KA OF-0008QC854R3TR 0F-001170855ALEC0 OF-002293856BRLB3080F-000
410 OF-00099B 857 BL LB120, F-
00134A 858LB308 TCY 5OF-0
02636859RBIT 1OF-000C3786
0RBIT 3OF-00191B OF-0032CO861CALL 5UBBOF-
002517 OF-000A Co 862 CALL 5UBA
OF-00151B OF-002A CO863CALL 5UBBOF
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0000000-1-0000000-VI hee hee hee t-t h h-t-+- animals--

[Brief explanation of the drawing]

FIG. 1 is a cross-sectional view showing one embodiment of a copying machine to which the present invention is applicable, FIG. 4 is a first perspective view showing the aculite linear guide device, FIG. 5 is a perspective view showing the drive guide section of the optical system, and FIGS. 6 and 7 are cross-sectional views showing the optical system and illumination section. 8 is a diagram schematically showing a conventional linear guide device, FIG. 9 is a sectional view showing the paper feeding section, FIG. 10 is a perspective view thereof, and FIG. 11 is a diagram showing the paper feeding section. FIG. 12 is a sectional view of the clutch mechanism that controls the paper device, FIG. 13 is a sectional view of a conventional paper feed control clutch, and FIG. 14 is a perspective view of a loop-forming kite board.
FIG. 15 is an IL view of the copy operation section, FIGS. 16, 17, 18, and 19 are sequence timing flowcharts, and FIG. 20 is a key entry flowchart 1.
．． Figure 21 is a time chart for a book moat, Figures 22 and 23 are a tire chart for a seat mote, Figure 24 is a circuit that achieves the time charts in Figures 22 and 23, and Figure 25 is a circuit using a computer. Control block diagrams in the present invention, FIGS. 26(a) and 26(b) are the second
5 is the circuit diagram 1 name diagram, FIG. 27 is a specific diagram of the matrix circuit in FIG. 26, FIG. 28 is the internal circuit diagram of the CPU in FIG. 26, FIG. 29 is the register address of the RAM in FIG. 28, Figure 30 is a part of the control flowchart by the CPU,
Figures 1-1 to 31-7 are control flowcharts by the CPU. -138 is the outer member, 39 is the retainer, 40,
42.50 is a roller, 43 is a rail, 48 is a reflective shade, 49
51 is a support floor, 51 is a cam plate, 52 is a register roller, 53 is a paper feed roller, 59 is a cam, 60 is a cam shaft, 6
2 is a belt, 63 is a pulley, 64 is a Franchitram,
65 is a clutch mechanism, 66 is a stomp ring, 661.
662 is a protrusion, 71.72 is a guide plate, 711 and 722
251a is an elongated hole, 203 is an input f stage for detecting the copying state, copying number command, copying mode command, copying start, etc., 202 is a human input/receiving circuit, 201 is a CPU, and 207 is a display. , 205 is an output triper. Fig. 3 1 q Kasumi Fig. 26 (b) Small t''-- Nui 1. Nochi051 /θ6 Seat month ≧1-j'shishi1kenshaouchi O82/ρ7 42 ri0HPZ /ρ4 Yakumenho 4 Bo° Jitsu (shi half coma F
) CPI5 /θ3 4 inputs 9 R5//6 Registration switch POS Chapelle, l-/θ [5TOP Go 0 etc. Microbe Ozetutsu Input No. 4 J 321 θ □ Memory 2nd □ Me 9 = Li l Right end Go Ichika Navi 2nd digit 1st counter tm - Ent J Hiigou right 7 timer f , Test bit I Goste, Shibu 4 Cloth/LB/ TCYq 2 5ETR 3TKA 4 TOYθ 5 TAM 6 TBITf? 7 BRLB,' 8 TCY5 9 5ETR 1θ BRLB/ II LB; F TCY de/2 RδTR /3 TCY , f 14 R8TR (Spontaneous writing of procedural amendments) 1947 (Shoyu 15th month) Director General of the Japan Patent Office Kazuo Wakasugi 2 Name of the invention Image forming device 3 Person making the amendment 1 Relationship with ift Appointment of patent applicant +ili Tokyo Metropolitan University 11] Shimomaruko, Ward 3-30-2 Name (+00) Canono Co., Ltd. (Telephone: 75B-2111) 5. Specification subject to amendment 6. Contents of amendment (1) Lines 16 and 17 of page 1 of the specification Insert the following in between. Normally, a plurality of operating members that perform display and process operations related to image formation individually input control signals from a control unit in order to achieve image formation, and operate based on these signals.Thus, the image formation function As the number of operating members increases, the number of control signals for controlling their operations also increases, and the configuration of the control section of the device becomes more complex. This not only increases the cost due to the complicated structure but also affects the reliability of the image forming operation. The present invention has been made in view of the above points, and includes a plurality of operating means including process means for forming an image on a recording material, and an input device for inputting operating conditions related to the image forming operation. and a control means comprising a plurality of output terminals storing a program for controlling the operations of the plurality of actuation means and outputting control signals to the plurality of actuation means according to operating conditions from the input means. The control means outputs a plurality of control signals of different forms from a specific output terminal among the plurality of output terminals, and the control means outputs a plurality of control signals of different forms from a specific output terminal of the plurality of output terminals, and the plurality of control signals are used to control the plurality of actuation means. This configuration prevents the control configuration from becoming complicated due to an increase in the number of operating means, and enables low-cost and highly reliable image formation control. (2) Delete page 4, line 4 to page 5, line 5. (3) Amend the claims as shown in the attached sheet. 2. Claims: a plurality of actuating means including process means for forming an image on a recording material; an input means for inputting operating conditions related to the image forming operation; An image forming device 3 having a second control means and having the above-mentioned side as a % sign. Device 3, Relationship with the person making the amendment Go IIji 1 4 Shield 1'l Applicant Address 3-30-2 Shimomaruko, University 11-ku, Tokyo Name (100) Canon Co., Ltd. Representative Karai Nagisa 11i2 Wang Bu 4 Representative Person No: Address: 3-30-2 Shimomaruko, Ota-ku, Tokyo 146
6. Specification and drawings to be amended 7. Contents of amendment (+) Page 4 of the specification first attached to the application - εl5IO
Write + page 1'f1 as attached (no change in content)
(2) Is the complete 1/1 drawing attached to the application form as shown in the attached sheet? Write q+ (no change in content)

Claims (1)

[Scope of Claims] A plurality of actuation means for performing display and process operations related to image forming operations; and an output means for outputting a plurality of control signals to control the operation of the plurality of actuation means; and a control stage for manually inputting the specific signal of the plurality of actuating means to control the operation of some of the plurality of actuating means, and that the two-leg specific signal is output in a signal form corresponding to the actuating means to be controlled. Characteristic image forming device