JPS60105080A - Control method for electric display device using manual reading mark sheet - Google Patents

Abstract

PURPOSE:To attain the control with simple handling by arraying clocks of a fixed width on a sheet with display of a mark point given for each clock train, reading a mark sheet containing desired areas painted out through a surge light sensor and inputting read data in to a computor. CONSTITUTION:The clocks of a fixed width are arrayed for display along an edge side of the lengthwise direction at a fixed interval together with blank part of the proper length left before and after a belt-shaped sheet 1 of a fixed length. A desired stage number of mark points 3 are displayed in thin lines on the same column as the clocks. The upper two stages and the lowest stage are defined as a mark operation band (c); while other stages are used as an electric display band (d). The first and last columns of the band (c) are used as a sheet number display column (e), and numeric characters of double-fold value of 1 like 1, 2, 4, 8 and so on are displayed in thin lines at mark pointed in the column (e). The data mark is displayed to the band (d) by painting out the points with a signature pen, etc. A surge light sensor reads the data mark on the sheet 1. Then this sheet 1 is sent to a control computer of an electric display device via a discriminator.

Description

[Detailed Description of the Invention] The present invention relates to a control method that uses a manual sensor to read data on a mark sheet displaying symbols such as characters and figures displayed on an electronic display, and is easy to handle and easy to read. The purpose is to eliminate errors and facilitate correction of additions and subtractions to a plurality of consecutive mark sheets.

Generally, the display symbols displayed on an electric display are displayed as data marks on a mark sheet, which are read by a sensor and sent to the control computer of the electric display.

However, since the news, advertisements, reports, etc. that are normally displayed are long, they are divided into mark sheets of a certain length, and the data is sequentially passed through the display 12 and the sensor.

To enter data on this mark sheet, use a felt-tip pen, etc. to mark the mark points displayed on the sheet. To,? Since it is displayed in a flattened manner, shading and blurring may occur, and there may be differences in the thickness of the fill-in width using the felt-tip pen, there may be excess or lack of fill-in, and the reading width of the chronograph fluctuates over time due to changes in the speed at which it passes through the sensor. The reading of the data becomes inaccurate due to such reasons.

In addition, when adding or subtracting a mark sheet that is displayed on multiple consecutive mark sheets, or when inserting another mark sheet for light indication into consecutive mark sheets, conventionally, the entire sheet has already been read through a sensor and erased. However, it was complicated to arrange the sheet for addition/subtraction correction in the corresponding 11th position and insert it into the sensor.

The present invention aims to eliminate the above drawbacks, and embodiments thereof will be described below with reference to the accompanying drawings.

Figures 1 and 2 show a mark sheet, leaving margins a1 b of an appropriate length at the front and back of a belt-shaped sheet l of a constant length, and markings of a constant width at regular intervals along one edge in the length direction. The clocks 2 are displayed in an array, and the required number of mark points 3 are displayed in thin lines or in light color in the same row as each clock 2, the upper two rows and the bottom row are the mark operation zone C, and the remaining rows are displayed with electric light. As band d, the first and last two columns of upper a [''J mark operation] FC are sheet number display column e, and the included mark point 3 is a multiple of l, 112.4.8.16. Numbers such as 32, etc. are displayed in a thin color with thin lines, and the sheet number 5 is displayed in the margin part a.
, electronic display band dl-i, seat number display 4
From the first third column excluding the IleO column to the last two columns, the data to be displayed electronically is recorded, with the effective portion being set as an effective portion.

This data mark 4 is displayed by smearing mark point 3 with a black felt-tip pen, etc., but mark points that are filled in continuously are displayed as a continuous line, and if there are many symbols to display, multiple marks are displayed. In the mark operation band C, instruction data regarding additions, deletions, corrections, etc. of the instruction data sheet regarding flashing, 8-motion, etc. electric display is recorded by filling out prescribed mark points.

In addition, in the above explanation, the arrangement step of mark point 3,
The arrangement and number of rows of the mark operation band C, the arrangement of the sheet number display column e, etc. indicate the -1 pi ji, and can be changed according to your peace of mind. As shown in Figure 1, it is manually inserted into the wave optical sensor 6, and the data mark 4 with the mark point 3 filled out is read.The display data of the sheet 1 that has passed through the wave optical sensor 6 is an electrical signal that waves at a constant frequency. The discriminator 7 discards signals whose wave numbers are less than a predetermined number, and detects signals whose wave numbers are greater than a predetermined number.

Therefore, if the passing speed of the sheet l in the wave optical sensor 6 is constant and the filling of the data mark 4 is completely accurate,
It is read as a wave signal as shown in Figure 4A, but when sheet l is operated manually, the sheet passing speed may change, data filling may not be accurate, and some parts may be blurred (see Figure 5). B), due to carelessness that occurs during filling, such as being thinner than the specified thickness or partially cutting into the adjacent mark point 3 (Fig. 5 C), the signal may appear at mark point 3 that is not displayed as data. When the sheet is detected, a situation occurs in which the signal is split at the mark point 3, but the discriminator 7 prevents the above-mentioned reading error 9. Furthermore, the continuous sheet 1 is read by the sensor 6. Thereafter, it is possible to perform addition/subtraction corrections to the sheet of the sheet number indicated by the mark point 3 of the mark operation band C and the data mark in the sheet number display column e, or to perform an operation to intersect other sheets, or to instruct the display method using the electronic display.

For example, if you want to make additions, deletions, and corrections to a sheet that has already been read by the sensor 6, you can create a sheet to make additions and deletions, and delete, insert, and make corrections in the mark operation band C of this sheet.
- While coloring and playing the designated mark points, color the marks so that the sum of the multiples displayed at the mark points in the sheet number display field e matches the +tR corrected sheet number, and put it into the wave optical sensor 6, Sleeve iE is performed on any sheet among the sheets that have already been removed by one degree.

As described above, according to the present invention, all of the data necessary for electric displays can be displayed in 1,11 different formats, preventing even one data error from being lost, and easily diversifying electric displays. You can get lost.

Figure 2 is an enlarged view of the main parts of the mark sheet, Figure 3 is a block diagram of the control system using the mark sheet, and Figure 4 is the data on the mark sheet tampered with by a wave optical sensor. I waveform diagram, Figure 5 is the data mark,
It is an explanatory view of a buttocks removal state.

1... Sheet, 2... Clock, 3... Mark point, 4... Data mark, 6-...
- Wave optical sensor, 7--Discriminator, 8--Electronic display control computer, C mark operation band, d--Electronic display band, e--
Sheet number display 41W Patent applicant Isaoyo Sasaki Patent attorney Kazu 1) Showa 1 Figure 2 Ge□□-12'' Figure 3 Figure 4 Figure 5 A BC

Claims (2)

[Claims] (1) Clocks of a certain width are arranged and displayed at regular intervals in the direction of movement of the sheet, the required number of mark points are arranged and displayed for each clock column, and the necessary data is displayed by filling out the above mark points. The mark sheet is read by a wave optical sensor, and its output is determined by a discriminator.Data with waveforms exceeding a predetermined number in the clock width are regarded as M-effect signals.
1 (L light display (11il control method for 11L original display t2 Sanskrit by manual reading mark sheet characterized by inputting to a computer for substitute operation). (2) A large number of mark points arranged and displayed in the required number of rows in the same row as a large number of clocks arranged and displayed on the edge of the sheet in the direction of movement of the sheet, 10 on the upper or lower row;
It is divided into a line stage slave mark operation band and an electric display band, and an arbitrary column at the start or end of the mark operation band is used as a sheet number display column, and the electric display band excluding the column in the same display column displays data for electric display. Display the mark, enter data instructing the addition/subtraction correction of the sheet displayed in the sheet number display field or the electronic display method in the mark operation band other than the sheet number display field above, and read each of the above data with a wave optical sensor. A method for controlling an electronic display using a hand FGJJ reading mark sheet according to claim 1.