KR100298549B1 - Electrophotography device and passbook printer using thereof and cash automatic deal apparatus - Google Patents

Abstract

With regard to a printing device having an electrophotographic passbook function and a cash dispenser equipped with a printing device, in particular, regarding printing performance and conservatism, in the electrophotographic method, the toner does not stick to the printing surface and produces white lines in the form of characters. In order to solve the problem and the problem that the printing mechanism is disposed at the center, it is not easy to replace consumables such as toner, cleaning the printing surface of the printed object inserted in the electrophotographic device to remove contaminants on the printed object and to prevent printing defects. A means for preventing is provided between the insertion port of the object to be printed and the electrophotographic apparatus. The contaminant is removed prior to printing, and then printed by a laser beam printer. The developer having toner for printing to the bankbook and the toner are transferred to the bankbook. Rewriting the information of the transfer machine, the fuser to fix this transferred toner and the bankbook Has an information lead light mechanism and is arranged in the order of the information lead light mechanism, the fixing unit, the transfer machine, and the developer.

By doing so, good printing can be performed even if contaminants are attached to the printing surface of the printed object, and the cash automatic device equipped with an electronic photographing passbook device can be used to simplify the replacement of consumables without stopping the power supply. The effect of obtaining a trading device is obtained.

Description

ELECTROPHOTOGRAPHY DEVICE AND PASSBOOK PRINTER USING THEREOF AND CASH AUTOMATIC DEAL APPARATUS}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a printing device (including a bankbook device) having an electrophotographic passbook function and an automatic teller machine equipped with a printing device, and more particularly, to printing performance and conservatism.

In the conventional electrophotographic apparatus, as described in Japanese Patent Publication No. 56-40350, the residual toner on the photosensitive drum was cleaned. In the conventional paper feeder, as described in Japanese Patent Application Laid-open No. Hei 8-36281, in order to prevent the oil filled in the paper feed roller from soiling the printing object, the nephthene-based oil, which is a rubber material and a low molecular material, is prevented. The paper feed roller was constituted by the rubber composition.

Moreover, even in the electrophotographic method, the printing mechanism part using the conventional wire dot type printing mechanism was only replaced by the electrophotographic method.

Since the bankbook is inserted from the outside, unlike paper in the tray, such as a conventional electrophotographic printing machine, the printing surface is sebum such as sweat or the bank itself contains water. By the way, in the conventional printing mechanism as described above, the passbook inserted in the insertion hole is conveyed to the printing mechanism without any operation as described above, so in the electrophotographic method, the toner does not adhere to the printing surface, There was a problem.

In addition, since the printing mechanism unit is disposed in the center as in Document 2, the replacement of consumables such as toner is performed by stopping the power supply of the automatic teller machine and extracting the printing unit.

The first object of the present invention is to remove the contaminants (dirty) attached to the print object even before the start of printing, even if the passbook is inserted in a state that is not very good in the print, it is possible to print high-definition like It is to provide a bank account factor device and an automatic cash transaction device provided with a photographic device and an electronic photographic bank account factor device.

It is also a second object of the present invention to provide a passbook factor device and an automated teller machine equipped with an electrophotographic passbook factor device that can be easily replaced with consumables and can be executed without stopping the power supply.

1 is a view showing a transfer mechanism of the present invention,

2 is a view showing an example of printing at the time of transcription good,

3 is a diagram showing an example of printing at the time of transcription failure;

4 is a view for explaining a cleaning roller;

5 is a view showing the configuration of a bank account factor (length) device using the present invention,

6 is a cross-sectional configuration diagram of an electrophotographic passbook factor device;

7 is a view showing an example of an installation form of an automatic cash transaction apparatus;

8 is a cross-sectional view of an electrophotographic passbook factor device.

In order to achieve the first object, a means for cleaning the printing surface of the print object inserted in the electrophotographic apparatus to remove contaminants on the print object and preventing occurrence of print defects is provided between the insertion port of the print object and the electrophotographic apparatus. Thus, after the contaminant is removed before printing, the printing is performed by a laser beam printer.

In order to achieve the second object, a developer having a toner for printing to a bankbook, a transfer machine for transferring the toner to the bankbook, a fuser for fixing the transferred toner, and an information lead for reading the information of the bankbook It is provided with a light mechanism, and it is set as the bankbook factor apparatus which arranges in order of an information lead light mechanism, a fixing machine, a transfer machine, and a developing machine.

According to the present invention, even if contaminants adhere to the printing surface of the printing object, it is possible to perform good printing.

In addition, it is possible to provide an automatic cash transaction device equipped with an electrophotographic bank accounting device device which can be easily replaced with consumables and can be executed without stopping the power supply.

EMBODIMENT OF THE INVENTION Hereinafter, the Example of this invention is described using drawing.

First, an embodiment in which a cleaning roller is provided for cleaning will be described.

1 is a transfer mechanism diagram of an electrophotographic apparatus used for the bank account factor of the present invention.

The printing medium such as the bookbook 20 is inserted into the insertion hole 33, and is provided by a paper pan 12 as a first guide, a paper guide 11 as a second guide, and a paper guide 15 as a guide. The formed conveying path 19 is conveyed in the A direction by the conveying rollers 14 and 18. In this conveyance process, the fatty acid, paraffin, etc. adhering on the printing surface are adsorbed and removed by the cleaning roller 30 having a function as a conveying means.

The cleaning roller 30 is formed between the insertion port 33 and the photosensitive drum 22 serving as the toner carrier, and is formed of an oil-absorbing rubber that adsorbs and cleans a handrail or the like attached to the surface of the medium. The cleaning rollers 30 are arranged individually or in a direction perpendicular to the conveying direction, and clean the entire printing surface of the printing medium such as the bankbook 20 or the cut sheet.

The transfer roller 4 is comprised by the conductive rubber and the core, and high voltage is added by the variable high voltage power supply 1 grounded 5. In addition, the force applied to the photosensitive drum 22 by the transfer roller 4 can be controlled by the elastic body 3, the solenoid or the like.

It is also possible to use a constitution in which the heating means is provided in the cleaning roller 30 as in the fixing roller (heat roller) of the fixing unit by evaporating and cleaning contaminants such as handprints on the surface of the printing medium.

When the heating means is provided in the cleaning roller 30, the temperature of the fatty acid can be heated above the melting point (about 50 to 150 DEG C), and the fatty acid can be removed from the printing surface by melting and evaporating the fatty acid. Moreover, in order to rub the printing surface of the bankbook 20 by the cleaning roller 30, you may make a difference between a conveyance speed and the periodic speed of the cleaning roller 30. FIG. In addition, in order to increase the cleaning performance, the passbook 20 is reciprocated in the parts of the cleaning rollers 30 and 34 and the contact time between the printing surface of the passbook 20 and the cleaning roller 30 is increased to increase the cleaning ability. There is also a way.

The passbook 20 passing through the cleaning means stops at a predetermined position surrounded by the photosensitive drum 22 and the transfer roller 4, which are transfer units. At this time, the transfer roller 4 is added to the transfer roller 4 by the drive source 2 so as to resist the insertion of the passbook 20 so that pages or the like on the surface of the passbook 20 are not wrinkled or folded. Weakens the power to become.

In the photosensitive drum 22, it rotates in the rotation direction B, removes the toner adhering even after printing by the cleaner 28, and discharges static electricity by the electrostatic discharge 27. Then, the charging process on the photosensitive drum by the charger 23, the electrostatic latent image forming process by the exposure machine 24, and the toner image forming process on the photosensitive drum 22 by the developing device 25 are executed. do.

The speed at which the bankbook 20 moves in the A direction and the speed at which the photosensitive drum 22 moves in the B direction coincide with each other. When the bankbook 20 contacts the photosensitive drum 22, the voltage calculated from the thickness information detected by the thickness detecting sensor 6 is added to the transfer roller 4 in the variable high voltage power supply 1. In addition, a predetermined force is applied to the bank 20 by the transfer roller 4 by imparting the optimum deformation amount to the elastic body 3 so that the optimum transfer pressure calculated from the thickness information is added to the bank 20. Is added. The same applies to the thickness detection sensor 13.

The reason why the transfer roller 4 changes the pressing pressure, which is the force for pressing the recording medium 20 toward the photosensitive drum 22 by the drive source 2, is to prevent partial leakage described below. The transfer roller 4, which is composed of an electroconductive rubber of foam such as EPDM, silicone, or the like, increases linearly with respect to the amount of deformation rather than saying that the reaction force is linear. Therefore, in a recording medium such as a booklet, the thickness is tens or more times larger than that of the cut sheet, and therefore, at least the pressure applied to the booklet is tens or more times, resulting in partial leakage.

In the case of a failure called partial leakage, since some of the toner in the toner image formed on the photosensitive drum 22 is not transferred to the recording medium 22, the toner is not present in the portion where the toner is present on the recording medium and the direct recording medium is placed on the surface. It refers to what is exposed, and especially the case where the toner member generate | occur | produced inside the arbitrary area | region.

In addition, when it is necessary to transfer the toner image in the vicinity of the convex portion of the bankbook 20, the transfer roller 4 needs to be pressed with a force greater than the pressing pressure at the time of transfer. This is for suppressing this swelling in the vicinity of the convex portion of the bankbook 20 because an air layer or the like is formed between the pages, and the swelling locally occurs easily. Therefore, it is not necessary to change the pressure pressure in the case where it is possible to eliminate the expansion of the vicinity of the convex portion of the passbook 20 before entering the transfer portion surrounded by the photosensitive drum 22 and the transfer roller 4.

The passbook 20 adds heat and pressure to the toner on the recording medium by the fixing rollers 9 and 10 having a function as a conveying means, thereby making the toner image permanent.

The fixing roller 9 is a roller for melting and fixing the toner image adhered to the sheet or the recording medium such as the passbook 20 by an electrostatic adsorption force. The fixing roller 9 includes a heat source, a temperature sensor, and the like. This temperature sensor may be arranged outside the roller.

In addition, the conveying roller 18, the fixing roller 9, and the cleaning roller 30 are elastic members 8 made of springs or rubbers, respectively, in order to cope with a change in thickness from a book, etc., through which several sheets of paper are to be cut. It is supported by (17), (31).

The elastic members 8, 17, and 31 are supported by drive sources 7, 16, and 32, such as solenoids, to fix the fixing roller 9, the conveying roller 18, and the cleaning roller 30. The force for pressing the bankbook 20 is controlled. The transfer roller 4 also has a conveying function. In addition, as long as the thickness of the bankbook 20 is thin, the drive source 7, 16, and 32 may be absent. The fixing roller 9 and the conveying roller 18 may be driven rollers.

In addition, the interval between the fixing roller 10, the transfer roller 4, the conveying roller 14, and the transfer roller 4 is set shorter than the length of the conveyance direction in the state in which the bankbook 20 was covered at least, respectively. . In addition, in this specification, the insertion port side of the conveyance path 19 may be called upstream and the fixing roller 10 side may be downstream for convenience.

2 and 3 show examples of good transfer and poor transfer. In the case where the black printing pattern 41 is printed on the printing medium 40, if the transfer is good, as shown in Fig. 2, the toner is not transferred and there is no white portion such as a part missing. By the way, in the case of a poor transcription | transfer, as shown in FIG. 3, the location 42 becomes white, for example, when a finger touches. The cause of this white portion is oil attached to the surface of the medium. This is because oil generally has a low volume resistivity, so that the oiled portion 42 has a higher electrical resistance than the oiled portion 41. . Therefore, it is considered that the electrostatic force for moving the toner on the photosensitive drum onto the printing medium cannot be sufficiently added to the oiled portion 42, so that a white portion 42 which is a defective transfer of the toner occurs.

Next, the cleaning roller which is a main part of this embodiment is demonstrated using FIG.

The cleaning roller is composed of a rubber part 211 and a rotating shaft 210 made of natural rubber, styrene butadiene rubber, butadiene rubber, butyl rubber, ethylene propylene rubber, urethane rubber, acrylic rubber, etc., which are highly oil absorbing rubber. have. Moreover, in order to improve oil absorption performance, you may mix acrylic resin which is an oil absorption resin into rubber | gum.

A bank account factor device using the electrophotographic apparatus of this embodiment will be described with reference to FIG. The bankbook factor device 200 has at least an insertion hole 33, a conveying roller 14a, 18a, 14b, 18b, 10, 8, 14c, 18c, magnetic information lead. The unit 104, the magnetic information recognition unit 130, the cleaning roller 30, the image lead unit 105, the image information recognition unit 131, the drive source 2, the photosensitive drum 22, the charger 23 , An electrostatic discharger 27, an exposure machine 24, a developing device 25, a conveying and fixing roller 9, a transfer roller 4, a spring 3, a driving source 2a, a paper guide 15 by a laser or LED ), (11), data interface 134, arithmetic unit 135, control unit 136, sensors 6a, 6b, and (13). Next, its operation will be described.

The bankbook 20 inserted in the A direction from the insertion port 33 detects the passage of the sensor 6a, and then the oil on the printing surface by the cleaning roller 30 via the conveying rollers 14a and 18a. Removes contaminants, etc., reads or writes the information written in the magnetic stripe of the bank book 20 by the magnetic information read light device 104, and recognizes the information in the magnetic information recognition unit 130. The image information read device 105 reads the print information such as how many pages on the surface page or how many lines have finished printing, and recognizes the image information by the image information recognition unit 131.

The calculation unit 135 determines whether to print from the two pieces of information, and when determining to print, the control unit 136 sends a print command and print data. Moreover, the thickness of the bankbook 20 is detected by the sensor 6b, and this detection data is sent to the interface part 134. FIG. The calculation unit calculates the optimal pressing force of the transfer roller 4 and the initial deformation amount of the spring 3 necessary to generate this pressing pressure in the detection data, and calculates the moving amount of the driving source 2a according to the calculation result. The control unit 136 sends data such as pressing pressure and timing.

In addition, the calculation unit 135 calculates the optimum voltage to be applied to the transfer roller 4 and the timing of adding the voltage according to the medium thickness information, and the variable high voltage power supply 1 via the control unit 136 according to the calculation result. To control. In addition, printing data may be transmitted by communication from another computer. When the calculation unit 135 determines that the bankbook 20 needs a predetermined frame or column and a format factor for printing the required character or number format, the calculation unit 135 adds the format factor information and the information to be written in the format. The format factor information may be stored in a ROM or the like in some cases.

In the printing data, font development is performed by the calculating unit 135, and a toner image is formed on the photosensitive drum 22 charged by the charger 23 by the exposure machine 24 and the developer 25. The toner image is transferred onto the bankbook 20 by an electric field applied by the variable high voltage power supply 1 between the photosensitive drum 22 and the transfer roller 4. Thereafter, the passbook 20 is sent to the fixing unit 9, the deformation amount of the spring 8 is controlled by the driving source 2b, and the force applied to the conveying roller 10 is adjusted to be added by the fixing unit 9. It is heated and fixed by a heat source. The control of the fixing force is configured so that the calculating unit 133 determines the fixing pressure to be added to the booklet from the information such as the information of the thickness sensor 6b and the conveying speed, and controls the driving source 2b.

Although not shown in FIG. 5, the photosensitive drum 22, the exposure machine 24, the developing device 25, the charger 27, the cleaner 28, and the like are driven up and down to expose the photosensitive drum on the conveyance path 19. The back book 20 is removed and the conveyance path 19 is movable in both directions of A direction and B direction.

Further, after printing and fixing on the bankbook 20, the bookbook 20 is moved to the predetermined direction of the image information reading apparatus 105 to move the bankbook 20 in the B direction to determine the printing concentration of the printing data. . The information obtained by the image information reading apparatus 105 is determined by the calculation unit 135 via the image information recognition unit 131 and the interface unit 134 whether or not the print data satisfies the predetermined print concentration value. In addition, when the predetermined factor concentration value is not satisfied but is greater than or equal to the second factor concentration value which does not cause an operation problem, the operation unit outputs a repair request signal such as a maintenance call to the external computer through the control unit, but is not illustrated. The control unit of the printing (length) device 200 is delivered to the operator.

According to the present embodiment, the electrophotographic apparatus capable of printing with high definition in a booklet such as a bankbook can be provided.

Next, an embodiment of an apparatus for cleaning the printing surface similarly to the first embodiment using the heat of the fixing unit will be described. The same reference numerals are used for the same parts as in the first embodiment.

The passbook device device 100 shown in FIG. 6 reads the information written on the magnetic stripe attached to the bankbook insertion and receiving port 33, the outer cover or the inner cover of the passbook p, or writes the magnetic information for writing the information onto the magnetic stripe. The lead light mechanism 104, the image lead mechanism 105, the page turning mechanism 102, the printing mechanism 110, and between the mechanisms for determining how many lines of pages are printed when printing to the passbook p. The conveyance roller pairs 101, 103, and 106 are arrange | positioned at the predetermined pitch in this.

Each mechanism is arranged in the order of the magnetic information lead light mechanism 104, the image lead mechanism 105, and the page turning mechanism 102 on the bankbook insertion and receiving port 33 side, and the printing mechanism 110 is inserted into the bankbook insertion. And the innermost side at the receiving port 33 side.

In the printing mechanism 110, there is a charger 23, an exposure machine 24, a developer 25, a static eliminator 27, and a cleaner 28 around the photosensitive member 22 as an image carrier. Then, there is a transfer machine 4a such as a transfer roller facing the photosensitive member 22, and an electric field and pressure suitable for the passbook thickness are applied on the back surface of the passbook. And the fixing unit 9a is arrange | positioned by the photosensitive member 22 at predetermined intervals. Although not shown, the fixing unit 9a is composed of, for example, a hollow roller having a heat source disposed therein, and a pressure roller that is press-contacted against this.

Here, the developing device containing the toner t serving as a consumable is disposed in close proximity to the rear surface of the passbook factor device 100.

The operation will be described below. The bankbook p contained in the bankbook inserting and receiving port 33 is conveyed in the direction of arrow b by the conveying roller pair 101, and the magnetic information reading light mechanism 104 reads the information written on the magnetic stripe of the bankbook. Or lighted. Next, the image reading mechanism 105 reads the print page and the number of prints already printed on the print page, recognizes it in the picture information recognition unit (not shown), and sends the data to the control apparatus.

The control device judges whether to print from the two pieces of information, and if it determines that printing, the control device sends a print command and print data. Here, if the printing page of the inserted bankbook is not appropriate according to the read result of the image reading mechanism 105, the page turning mechanism 102 is turned over to the printing page. Then, the passbook p having passed through the page turning mechanism 102 passes through the fixing unit 9a and the transfer unit 4a of the printing mechanism 110 to the position of the conveying roller 106, and the paper is arranged so that Wait

Thereafter, the rotation of the conveying roller pair 106 at the time of conveying the passbook p again in order to print is reversed from the above operation. The timing of conveyance starts the conveyance so that the position where the toner (image) t and the passbook p on the photosensitive drum 22 are to be recorded is moved to a place where the transfer device 4a and the photosensitive member 22 are pressed or in close proximity at the same timing (time). do.

In the printing mechanism 110, an electrostatic latent image is formed on the photosensitive member 22 by the charging unit 23 and the exposure unit 24 by an image recording start signal from a control device (not shown). Since the direction is opposite (printed in the direction of the bankbook insertion and receiving port 33 of the bankbook), the preceding control section includes data relocation means and recognition light start correction means.

In the developing unit 25, the charged toner is electrostatically attached to an electrostatic latent image on the surface of the photosensitive member 22 to obtain a visible toner (image) t. Then, the toner (image) t on the photoconductor 22 moves to the position of the transfer device 4a in accordance with the rotation of the photoconductor 22.

The toner (image) t on the photosensitive member 22 is transferred to the passbook p conveyed again in parallel with these operations by applying a mechanical pressure and a transfer electric field suitable for the passbook thickness by the transfer machine 4a. do.

The toner image transferred to the bankbook p is sent to the fixing unit 9a, is fixed by heat and pressure, and becomes a final image.

When printing is performed over several pages, after passing through the fixing unit, the page turning mechanism 102 turns the pages and repeats the printing operation as described above. With the end of printing, the passbook p is conveyed in the direction of arrow c and returned to the passbook inserting and receiving port 33.

Thus, since the developing device 25 passes through the fixing unit 9a before printing by arranging the developing unit 25 at the innermost part and placing the fixing unit 9a at the bank insertion and receiving port 33 side, the bankbook p contains moisture. In such a case, the moisture can be evaporated by the heat of the fixing unit 9a to prevent a decrease in the surface electrical resistance of the passbook factor surface. As a result, as much charge as necessary for transfer can be accumulated in the passbook p by the transfer device 4a. In addition, it is possible to remove not only the moisture but also the handrail attached to the surface of the passbook, so that high-quality images without missing text or only white lines in the form of letters can be obtained. That is, the fixing unit can be used as the cleaning means.

Also, when the next page is printed, there is a fixing unit 9a between the transfer machine 4a and the page turning mechanism 102, so that the printing surface of the next page to be flipped can be dried to a state suitable for printing.

Moreover, since it does not pass through the transfer machine 4a after fixing, unnecessary toner does not adhere, and printing can be performed cleanly.

FIG. 7 shows an example of an installation place of an automatic teller machine applying the electrophotographic apparatus described above. In the installation form of the automatic teller machine 201 of this embodiment, a part of the apparatus main body is embedded in the wall 221, and the bank account factor device 100 is to be repaired on the arrow a side.

Since the present invention is not directly related to the present invention, only a brief description thereof will be provided. However, the inside of the cash automatic transaction apparatus 201 has a banknote handling means 230 and the banknote handling means 230 and a bank account factor device according to the present invention. There is a controller 250 that executes the control of 100. The bill handling means 230 includes a separator 231 for separating bills received from the bill acceptor 214, a discriminating device 232 for discriminating the authenticity and type of bills, and storing for each kind of bills. High stacks 233, 234, 235, bill stacking cassette 236, primary stacker 238 for temporarily holding banknotes deposited at the front and rear reversing means 237 of the bank notes, the bank entrance and exit 214, And the conveyance path 239 etc. which convey between these apparatuses are provided. In addition, although not shown, the storage 233, 234, 235 has the same separation apparatus as the separation apparatus 231, and separates the bank notes in the storage at the time of withdrawal.

As shown in Fig. 6, by arranging the developing unit 25 at the innermost portion, the toner exchange can be easily performed at the rear of the apparatus main body without drawing out the passbook factor device. Since the power supply does not need to be stopped, it can be executed even when it is energized, and because it is an electrophotographic method, printing can be performed even during refilling of the toner, so there is no problem in replenishing during printing, and there is no waiting for the user.

In addition, by providing a consumable replacement indicator (not shown) which is a display means for informing the replacement of consumables, the consumable replacement time can be visually confirmed, thereby reducing the problem of consumable replacement.

An embodiment in the case where toner replacement or maintenance is executed from the front will be described with reference to FIG. In the case where the automatic teller machine is installed, the rear part of the apparatus main body 201 is disposed close to the wall, and the banking factor device 100 is repaired on the arrow d side, in the configuration shown in FIG. The purpose of bringing the surface into a state suitable for printing can be achieved, but since the developing device is disposed at the innermost portion, the toner replacement cannot be performed without stopping the apparatus. Therefore, as shown in Fig. 8, the printing mechanism 110 is arranged on the bank insertion and receiving port side, and the toner replacement door is provided on the front face of the automatic teller machine 201 body.

Since the printing mechanism 110 is disposed in front of the bankbook insertion and receiving port 33, the consumables in the printing mechanism 110 can be easily exchanged at the front of the apparatus even when the apparatus back is placed close to the wall.

In this arrangement, the bankbook p first inserted into the bankbook inserting and receiving port 33 is conveyed in the direction of the arrow e by the conveying roller pair 106 and passes through the transfer machine 4a to the surface of the fixing machine 9a. To dry. The information is conveyed by the conveying roller pair 103 and read or written in the magnetic stripe of the bankbook by the magnetic information read / write mechanism 104. This time, it is conveyed in the direction of the arrow f, and the data is sent to the printing page read control device (not shown) by the image reading mechanism 105. If the print page is wrong, the page turning mechanism 102 turns the print page. And after returning to the bankbook insertion and receiving port 33 vicinity, it is conveyed again to the arrow e direction and printed by the transfer machine 4a, and after being settled by the fuser 9a, it is conveyed to the arrow f direction again and inserted a bankbook And to a receiving port.

At this time, since it passes again through the fixing device 9a, even when the wrong page is unfolded and inserted, the printing surface can be heated by the fixing device 9a to be in a state suitable for printing.

In this embodiment, the number of reciprocating operations of the passbook is increased compared with the above embodiment. Therefore, although the conveyance distance of a bankbook becomes long, you may provide a bankbook insertion and receiving port in another part (for example, the area | region shown by the arrow of a figure), and may carry out a reciprocation operation | movement by making a conveyance into a U-shape state. Alternatively, the factor mechanism 110 may be reversed left and right to have the same round trip frequency as in the above embodiment, and a toner replacement door may be provided on the side of the main body of the automatic teller machine 1.

According to the apparatus of the present embodiment, good printing can be secured, the replacement of consumables in the printing mechanism is simplified, and replenishment before all of the consumables are exhausted, without stopping the automatic teller machine and the banking factor device. You can run Therefore, it is possible to cope with a 24-hour transaction such as an automatic teller machine.

As described above, in the first embodiment, the bank accounting device is described in the second embodiment and the cash automatic transaction device is described in the second embodiment. However, the first embodiment is applied to the cash automatic transaction device and the second embodiment is applied to the bank accounting device. Of course, the same effect can be obtained.

As described above, according to the present invention, even if contaminants adhere to the printing surface of the print object, it is possible to perform good printing.

In addition, it is possible to provide an automatic cash transaction device equipped with an electronic photographing method banking factor device that can be easily replaced and stopped without a power supply.

Claims (11)

(Correction) insertion hole for inserting recording medium, A conveying path to which the recording medium inserted in the insertion port is returned; Toner image forming means for forming a toner image on the toner image carrier, Transfer means for transferring the toner image formed by the toner image creating means to the recording medium conveyed by the conveying path; An electrophotographic apparatus having fixing means for fixing a toner image transferred to said recording medium by said transfer means, An electrophotographic apparatus provided with a cleaning means for cleaning the recording medium inside the insertion hole and provided with a transfer means inside thereof. The method of claim 1, And the cleaning means is made of a material having a property of absorbing oil such as hand oil. The method according to claim 1 or 2, The cleaning means is an electrophotographic apparatus comprising a roller made of a rubber shaft and a rotating shaft made of any one of natural rubber, styrene butadiene rubber, butadiene rubber, butyl rubber, ethylene propylene rubber, urethane rubber and acrylic rubber having high oil absorption. Separating means for separating the banknotes which have been deposited or withdrawn, Discrimination means for discriminating the separated bills, A storage box to hold this discriminated bill, Conveying means for conveying between them and In the cash automatic transaction device having a bank account factor device for recording the amount of the banknotes deposited or withdrawn in the account, An automatic cash transaction apparatus using the electrophotographic apparatus according to any one of claims 1 to 3, wherein the bank account factor apparatus is used. (Correction) insertion hole for inserting recording medium, A conveying path to which the recording medium inserted in the insertion port is returned; Toner image forming means for forming a toner image on the toner image carrier, Transfer means for transferring the toner image formed by the toner image creating means to the recording medium conveyed by the conveying path; An electrophotographic apparatus having fixing means for fixing a toner image transferred to said recording medium by said transfer means, An electrophotographic apparatus provided with said transfer means inside said insertion hole, and provided with cleaning means arranged inside said insert to clean the surface of said recording medium. Inserting slot for inserting (correction) bankbook, A conveying path through which the bankbook inserted in the insertion port is returned; A lead mechanism for reading information of the bankbook conveyed through the conveying path; A developing device having a toner for printing on the bankbook; A transfer machine for transferring the toner in the developer to the bankbook; In the bank account factor device including a fixing unit for fixing the toner transferred to the bank account by the transfer machine to the bank account by heat and pressure, A passbook device provided in order from said insertion port side to said lead mechanism, said fuser, said transfer machine, and said developer. The method of claim 6, A bankbook factor device capable of exchanging the toner in an energized state. Separating means for separating the banknotes that have been deposited or withdrawn; Discriminating means for discriminating the separated bills; A storage box for storing the discriminated banknote; Conveying means for conveying between them; In the cash automatic transaction device having a bank account factor device for recording the amount of the banknotes deposited or withdrawn in the account, An automatic cash transaction system using the bank account factor device according to claim 6 or 7, in the bank account factor device. The method of claim 8, And an automatic teller machine providing display means for informing the exchange of consumable items in said bank account factor device. Inserting slot for inserting (correction) bankbook, A conveying path through which the bankbook inserted in the insertion port is returned; A lead mechanism for reading information of the bankbook conveyed through the conveying path; A developing device having a toner for printing on the bankbook; A transfer machine for transferring the toner in the developer to the bankbook; In the bank account factor device including a fixing unit for fixing the toner transferred to the bank account by the transfer machine to the bank account by heat and pressure, A bankbook factor device provided in the order of said developing device, said transfer machine, said fuser, and said lead mechanism from the said insertion port side. Inserting slot for inserting (correction) bankbook, A conveying path through which the bankbook inserted in the insertion port is returned; An information lead writing mechanism for reading information on the bankbook returned through the conveying path; A developing device having a toner for printing on the bankbook; A transfer machine for transferring the toner in the developer to the bankbook; In the bank account factor device including a fixing unit for fixing the toner transferred to the bank account by the transfer machine to the bank account by heat and pressure, A bankbook factor device arranged in order of said information lead write mechanism, said fuser, said transfer machine, and said developer.