JPS5816376A - Setting system of slip reader - Google Patents

Abstract

PURPOSE:To set a detecting mechanism without giving the load to the operator, by selecting the information on the thickness and length of a slip by a selection switch to store it and then starting the reading of the slip. CONSTITUTION:When a lamp 2 glows continuously with application of the power supply of a device, and operator puts a slip 5 used for reading on a hopper 4 and then pushes a switch button 3. Thus the hopper 4 moves up, and the slip 5 is picked up out of the hopper 4 by a pickup roller 6. The slip 5 is separated to each sheet by separater roller 7, and then carried 9, and a slip detecting element 10 reads the length and thickness of the slip 5. The slip 5 is stored in a rejecting stacker 12. Here the glowing of the lamp 2 is changed to the flashing and the operator takes out the slip 5. If the slip 5 is used for reading, it is sent back to the hopper 4. Then the lamp 2 is turned off with a push of the switch 3, and the reading operation is started for the slip.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for setting a form reading device, and more particularly, to a method for setting a double transfer detection mechanism for a form in a form reading device.

Forms processed by form reading devices generally vary in thickness and length, so each type of form has different thickness and length.
It is necessary to reset the document double transfer detection mechanism in the document reading device.

Form double transfer detector #N (hereinafter simply referred to as "detection mechanism") has traditionally been a mechanical type (form detection f5v--
A limit switch is actuated by expanding the displacement of a lever using a lever. ), capacitive type (the detection p-
This refers to a device that converts the displacement of R into a change in capacitance. ) is known, but here we use the detection mechanism described in the "Double feed detection device for paper sheets" filed by the applicant for utility model registration on June 10, 1981. be.

This detection mechanism places a detection unit that combines a light emitter and a light receiver above and below the form transport path, converts the amount of light received into a voltage and quantizes it into a multi-level digital value. A mechanism that stores values in the storage means within the form reading device. Itada: When using a computer, if the quantization level exceeds a certain range (for example, about ±10≦), an error occurs - i.e., double transfer of forms, stoppage during transfer (jam) It is possible to detect the occurrence of such occurrences.

The present invention provides a detection mechanism stage that enables a document reading device using the above-mentioned detection mechanism to perform the detection S configuration setting each time the type of document differs without imposing any burden on the operator. The purpose is to provide a room method.

The above object of the present invention is to provide a form reading device which includes a table storage means capable of storing thickness information or thickness information and length information of a form and also has a detection ms, in which the information is stored in the storage means. A selection switch for selecting FiSIJ! is provided, and when the selection switch is selected to cause the information to be stored in the storage means, FiSIJ! This is achieved by transferring only one form and storing the information regarding this form in the storage means.

Hereinafter, embodiments of the present invention will be described in detail based on the drawings. Figure 1 is a schematic side view showing an overview of a form reading device that is an embodiment of the present invention. In the figure, 1 is an operation panel. CDBL-81B'l") switch/lamp 2 and start (8TART>switch/
It has a lamp 3. 4 is the hopper where form 6 is set, 6 is the pickup roller, ) is the 7 pallet roller, 8F! 9 indicates a 1-vote transfer route. Also, 1° Mori form detection element, 11 a form reading head, 12 a reject stacker, 13F! This is a processed form stacker.

As mentioned above, the 10 form detection elements are connected to a storage means for quantizing the amount of received light in multiple stages and storing the quantized information in 1
! It is possible to detect the thickness and length of W.

In this embodiment, when the device is powered on, the device is automatically set to the detection mechanism setting mode. This is to save the operator the trouble of making selections since it is necessary to set the detection S* when the power is turned on.Hereinafter, the operation of this embodiment will be explained according to the 7v1-chart shown in Fig. 2. .

When the power of the device is turned on, the DBL-81'l' lamp 2 lights up (continuously lights up). When this DEL-81T lamp 2 is lit continuously, it indicates that the above-mentioned detection mechanism setting is required, and when it is blinking, it indicates that the setting of the above-mentioned detector slide is completed.
1. When the light is off, it indicates that the document reading operation is being executed.

After confirming that the DBL-BE lamp 2 is on, the operator places a form W4 to be used for reading into the hopper 4 or a form 6 having the same paper quality, thickness, and length as this.
Load and unload one sheet, and press 8'l'ART switch 3.

When the hopper 4 rises due to the falling and reaches the delivery position of the form 5, the pickup roller 6 pulls out the form 6 from the hopper feeder, and the separator roller 7 reverse belt 8 separates the form 6 into one sheet. While doing so, it is sent to transfer path 0.

A form detection element 10 is provided on the transfer path 0, and the form detection element 10 is provided on the transfer path 0.
! When 5 reaches this point, its thickness and length are read as described above and stored in the storage section (1 omitted in the figure).

The form δ is further transferred and reaches the face collector 11, but since it is not currently in the mode of reading company forms, the information on the form 6 is not read, and the tt transfer is continued and the form is read. It is stored in a five-kicker stacker 12.

Here, the DEL-81if'! 'The lamp 2 switches from continuous lighting to flashing 9, and the operator receives the form 6.
It is notified that the stacker 12 has been reached.

The operator takes out the form 6 and confirms that it is only one sheet, and if the form 6 is used for reading work, returns it to the hopper number, and even if it is a dummy form for setting the detection mechanism. If you do, put it somewhere else.

The detection mechanism setting process is now complete and it is possible to start the form reading operation.0 The operator places the business form on the hopper number and
When I pressed T switch 8, it flashed - DBL-81!
The l'l' lamp 2 goes out.

If the thickness or length of the form changes during work, use the DBL48 above on the operator's operation panel]! ! When switch 2 is pressed, its lamp lights up, indicating that the detection mechanism is in the preparation stage for setting.

The operator places a form to be used for the next job or a form II 1.5 having the same paper quality, thickness, and length in the hopper, and sets the detection mechanism in the same manner as described above. In the above-mentioned refreshing feeding device, when the device is powered on, the device is automatically set to the detection mechanism setting mode, but this is not possible using other methods, such as the detection mechanism setting mode. It is also possible to display the conditions under which the mechanism is currently set, and to switch to a mode in which the detection mechanism is set only when the conditions do not match the future work. Double form transfer detector Wandering Not only the mis disclosed in the aforementioned Japanese Patent Publication No. Sho δ2-16177, but also a mechanism similar to this can be used F! Needless to say. Further, the form used for setting the detection IIM structure does not necessarily need to be stored in the reject stacker 12;
The processed @voice stacker 13 may be used for collection.

As described above, according to the present invention, thickness information such as #IIk or thickness information and length information can be stored; in a form reading device having a form double transfer detection mechanism including a storage means, A selection switch is provided to select whether or not to store the information V in the storage means, and the selection switch
If it is selected to be stored in the r-age storage means, only one piece of one gong is transferred and flashed on this form. ll
Since 1tI& can be stored in the storage means,
This has a great effect on reducing the burden on the operator when setting the detection mechanism.

[Brief explanation of the drawing]

Figure 1 is a schematic side view showing an outline of an m-slip reading device which is an embodiment of the present invention, and Figure 2 is a flow chart showing its operation. l: Operation panel, 2: Detection & I 7 foot switch lamps, 3 start switch lamps, 4g hopper, 6
: Book M, 6! Pick-up, 7-separator,
p-ra, 8; reverse belt, Qt @ vote transfer path, 10
g form detection element, 11 wealth form reading head, 12! Reject stats, t, 13! Processed book mulberry stacker. Figure 1 Figure 2

Claims (1)

[Claims] In a form reading device having a form double transfer detection mechanism including a storage means capable of storing thickness information or thickness information and length information of a form, whether or not the information is stored in the storage means. A selection switch is provided for selecting, and when the selection switch is selected to store the information in the storage means, only one form is transferred and the information regarding this form is stored in the storage means. A setting method for a form reading device, characterized in that: