JPS6226524A - Method and device for input of electronic computer - Google Patents

Abstract

PURPOSE:To execute efficiently a processing by executing an input to an electronic computer by the inking operation of an input stamp on which desired information is engraved and provided, when it is necessary to generate a specified format document and to input it to the electronic computer. CONSTITUTION:An input device 1 is constituted by combining the form selecting means 10 of a specified format form T, the input means 20 of desired entry information, with the input operating device (control panel) 2. This form selecting means 10 is constituted by combining a form selecting tool 11 provided with a signal oscillating means 3 on a grip base 12, and a selecting tool inserting part 13 provided with a signal read means 4 on the inside face and having a hole 13a, and also the input means 20 is constituted of an input stamp 21 and stamp inserting parts 24, 25. In this state, by the form selecting means 10, a desired specified format form T is displayed on a display screen, the signal of the signal oscillating means 3 is read by the signal read means 4 at the time of the inking operation of the input stamp 21, and as soon as the specified format document is generated, it can be inputted to an electronic computer.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a computer input method and apparatus for inputting written information using a rubber stamp.

[Conventional technology]

In general, in order to use a computer, it goes without saying that above all else, it is necessary to input the necessary information, but the input methods conventionally used in various fields are as follows. Various methods can be listed as shown below. That is, (1) keyboard, (2) tablet, 13) CRT touch, (4) touch pen, (5)
) Shape recognition, (6) Voice recognition, (7) Punch card, (
8) punch tape, (9) mark card, 0 duck mark sheet, llυ touch sheet, etc.

By the way, depending on the content of the job, if it is necessary to prepare a type II in which required information is written on a standard form, and also to input and memorize the information into a computer or have it calculated, conventionally, the document creator While creating a document, the person may manually enter the information into a computer using any of the methods listed above, or ask a person in charge of computer operation to input the information. It was customary to do so.

[Problem that the invention seeks to solve]

However, for document creators to input data themselves, it would be a considerable workload and inefficient work, so they would need to undergo a certain amount of training to improve their input techniques, and this would require a large amount of work. On the other hand, even if a person in charge of computer operations is requested to do so, this creates an inconvenience in that the workload increases accordingly for the person in charge.

[Means for solving problems]

The present invention was made in view of the above circumstances, and when creating documents on standard paper, it aims to convert as much information as possible into a stamp, and also uses the stamp as a means of transmitting a signal to remove the information. These problems are solved by providing a computer input method that is performed by combining the stamp and an input operation device having means for reading the signal each time a stamp is inked, and a manual device thereof. It is intended for this purpose.

〔Example〕

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of an input method for a computer according to the present invention and an input device that implements the input method will be described below with reference to the drawings.

First, the configuration of the input device will be described.

As shown in FIG. It is something that

A paper selection means 10 for selecting a standard paper T includes a paper selection tool 11 formed by providing a signal transmission means 3 on a handle 12 in the shape of a cube, and a paper selection tool 11 engraved on the upper surface 2j of the operating table 2, with a signal on the inner surface. Selection tool insertion part 1 having a hole 13a equipped with a reading means 4
3.

Further, the descriptive information input means 20 combines a plurality of input stamps 21, which are seals, and a black stamp insertion section 24 and a red stamp insertion section 25, each of which has a hole into which the stamps 21 (f) are respectively inserted according to color. The stamp insertion part may be added for blue, green, etc. as required.

The plurality of input stamps 21 are each configured by providing a signal transmitting means 3 on a substantially cubic grip base 22 to which a stamp rubber 23 on which predetermined information is engraved is adhered. Note that the grips 22 of each input stamp 21 are of the same shape and size, and the stamp rubber 23 has various sizes depending on the information to be engraved, but it is easy to stamp on the standard paper T. The grip base 22 is positioned based on the left front corner 225 of the lower surface when viewed from above.

On the other hand, the stamp insertion portions 24 and 25 include holes 24 carved at the same depth in the same direction into which the input stamp 21 is inserted.
Signal reading means 4 are provided on the a+25ao wide convergence inner surfaces 24h and 2°5h, and the bottom surfaces are respectively black pads 24p and red pads 25p, and the pads 24p and 25p
Covers 24C and 25C, which are the same color and can be opened and closed, are placed over the openings of the holes 24a*25a, respectively, to prevent dust and keep the pad moisturized.

In addition, the name of a predetermined standard document is displayed on the top surface of the grip stand 12, and the information engraved on the stamp rubber 23 is displayed in black on the top surfaces of the black grip stand 22b and the red grip stand 22r, respectively. Furthermore, in order to avoid mutual misuse and insertion in the opposite direction, the grip bases 12, 22b,
A vertical guide groove g is formed on the narrow side surface of the same side of the insertion portion 22r at a position of 4, and a vertical guide groove g is formed on the narrow inner side surface 13k, 24k, and 25k of the insertion portions 13, 24, and 25, respectively. 1. A protrusion t that is inserted into the longitudinal groove and guided may be provided in a protruding manner.

On the other hand, on the left side of the upper surface 2j of the operation console 2, there is a selection tool insertion part 13.
．． A black stamp extension part 24 and a red stamp insertion part 25 are arranged in series, and a number key 5 and a confirmation button 6 are arranged on the right side of the top surface 2j. The respective reading means 4. Numeric keys 5. A circuit (not shown) is provided for processing the signal from the confirmation button 6 and sending it to the computer C.

By the way, for the combination structure of the signal transmitting means 3 of the toasting stand 12, 22 and the signal reading means 4 of each of the insertion sections 13, 24, 25, the specific examples enumerated below may be suitably adopted as desired. In this embodiment, for example, the information signal is represented by two 8-bit signals. Further, the grip table 12y and the selection tool insertion portion 13 will be briefly explained as a representative example.

In the first method, as shown in FIG. 2I, predetermined vertical grooves 31 are carved at required locations on the wide side surface 12h of the grip base 12 to form the signal transmitting means 3, and the signal transmitting means 3 corresponds to the wide side surface 12h. Eight microswitches 41 are installed on the inner surface 13h of the insertion portion 13.
is arranged as a signal reading means 4, and a grip stand 1
2 to the bottom of the insertion portion 13 and cause the microswitch 41 to operate 0N10FF.
A standard paper T corresponding to the signal formed by the combination of bits is selected and displayed on the display screen.

In the second method, as shown in FIG.
, eight light emitters 4 that can face the through hole 32 are provided.
21"l, eight light receivers 42j are arranged on the other wide inner surface 13h facing the light emitter 4211 to serve as the signal reading means 4, and the grip base 12 is inserted into the insertion section 13. This causes a light receiver 42j to be shielded from light, and the standard paper T corresponding to the signal based on the combination of the light shielding bits is displayed on the screen.

In the third method, as shown in FIG.
, and both contacts 33S are buried in the diode 33.
A predetermined number of the signal transmitting means 3 are arranged in a predetermined place by connecting them together via the cylindrical tubes d, and eight of the above-described ones are placed on each side of both wide inner surfaces 13h' and 13h of the insertion portion 13. Contact 3
A contactable terminal 43 is disposed on the terminal 35 to serve as the signal reading means 4, and the digging platform 12 is inserted into the insertion portion 13 to read both the terminals 43.
A desired signal is generated by a combination of bits that are turned on.

In the fourth method, as shown in FIG. tV, a predetermined contact point 345 is provided on the wide side surface 12h of the grip base 12 and connected to the buried integrated circuit 34 to serve as the signal transmitting means 3.
A terminal 44 capable of contacting the contact point 345 is provided on the wide inner Ti surface 13h of the insertion portion 13 to serve as the signal reading means 4, and by inserting the grip base 12 into the insertion portion 13, a predetermined signal set in the integrated circuit 34 can be read. The standard paper T corresponding to the signal is displayed on the screen.

In the fifth method, as shown in FIG.
At 3h, a head 45 is sunk to face the magnetic tape 35 to serve as the signal reading means 4, and the grip stand 12 is inserted into the insertion part 13, thereby reading a predetermined signal on the magnetic tape 35 and performing the required display operation. It was made to be done.

In the sixth method, as shown in FIG. 13h
Eight loop-shaped magnets 4 and 6 wound with a coil 46C, each having its magnetic pole facing the magnetic pole of the bar magnet 36, are installed as the signal reading means 4, and the grip base 12 is inserted into the insertion portion 13. Then, the magnetic flux changes or does not change in the magnet 46, and a fixed form paper T corresponding to a predetermined signal formed by a combination of a coil 46C that generates electromagnetic induction as the magnetic flux changes is selected, and a required display operation is performed. It was designed to allow

Next, the method of use will be described with reference to FIG.

When creating a standard document, the document creator first prepares the desired standard form T on the desk, picks up the paper selection tool 11 displaying the name of the standard form T from the stamp box B, and inserts it into the selection tool insertion section 13. When inserted, a predetermined signal is sent from the console 2 to the display D via the computer C by the action of the paper selection means 10, and the format (F) of the standard paper T appears on the screen G, so you can check whether it is correct or not. After confirming, press confirmation button 6.

Next, take up the grip base 22b for black color on which desired information to be filled in is engraved, for example, and insert it into the stamp insertion part 24 for black color.
When the stamp rubber 23 is inserted so as to come into contact with the black pad 24p and ink can be applied, a predetermined signal corresponding to the above information is transmitted through the computer by the cooperative operation of the signal transmitting means 3 and the signal reading means 4. The above information is displayed in a predetermined column of format (F) appearing on screen G. After confirming whether the display is correct or not, the confirmation button 6 is pressed, and the information is entered into the computer C and stored. Subsequently, the document creator takes out the black grip stand 22b1, that is, the input stamp 21't, from the insertion section 24, and stamps it in a predetermined field of the standard paper T. Then, the user picks up the desired input stamps 21 one after another and completes the above-mentioned operation f and @repeat the fixed form document. Therefore, a standard document created by a document creator by stamping a standard form T is input into a computer and stored as is. Incidentally, when writing information in red, the same operation may be performed, and if it is necessary to write numbers such as year, month, and day, the number keys 5 can also be used together.

In addition, for inputting characters other than stamps, it is also possible to use the keyboard K in combination, for example.

〔Effect of the invention〕

As explained above, in the present invention, when creating a standard form 'a' and inputting it into a computer, the desired standard form is displayed on the display screen by the paper selection means, and desired information is engraved. The human-powered stamps with ink provided a method and device for inputting data into 'Tun Sangen' through motion.
Form document creators do not need to use computer input techniques, nor do they have to worry about computer operators.
Moreover, since it is now possible to input documents into a computer at the same time as creating them, a remarkable effect can be obtained in that work can be processed extremely efficiently.

[Brief explanation of drawings]

Fig. 1 is a perspective view showing an overview of the computer input technology of the present invention, and Fig. 2 is an explanatory diagram of a combination system of a signal transmitting means and a signal reading means. d
The figure on the right shows the signal reading means. Figure I is the diagram of the first method, ■ is the diagram of the second method, and nI is the diagram of the third method. Fig. 3 is a diagram of the fourth method, vFi is a diagram of the fifth method, and FIG. It is a layout diagram of each device for. ■・・・・・・Standard paper D・・・・・・Display G・・・Screen 1・・・・・・Input device 2・・・・......Input operating device 3...Signal transmitting means 4...Signal reading means 10...Paper selection means 11 ......Paper selection tool 12...Grip stand 12h...Wide side surface 13...Selection tool insertion part 13a... ... Hole 13h ... Wide inner side 21 ... Input stamp 22 ... Grip stand 23 ... ...Stamp rubber 24... Black stamp insertion part 24a.
... Hole 24h ... Wide inner surface 24p ... Black pad 25 ... Red stamp insertion part 25a.
... Hole 25h ... Wide inner surface 25p ... Red pad 31 ... Vertical groove 32 ...... Through hole 33S. ...Contact 33 d-...Diode 34...Integrated circuit 34 S-...Contact 35...Magnetic tape 36・・・・・・・・・; Bar magnet 41・・・・・・Micro switch 42h...
...Emitter 42j...Receiver 43.44...Terminal 45...Head 46...Loop magnet 46c ...... Coil Figure 1 Figure 2 Figure 2■

Claims (8)

[Claims] (1) When creating a desired standard document, after displaying the standard form on the display screen by the paper selection means, an input stamp of a fixed shape having a predetermined signal transmitting means is inputted by the input operation device in order to ink the stamp rubber. An input method for a computer, characterized in that by inserting the rubber stamp into a stamp insertion section provided with a reading means, the information engraved on the stamp rubber is displayed and stored in a predetermined position displayed on the standard paper. (2) A paper selection tool with a predetermined signal transmission means on the grip base, a plurality of input stamps, a paper selection tool insertion part consisting of a hole with a signal reading means on the side, and a signal reading means on the side; 1. An input device for a computer, characterized in that the input device is combined with an input operation device having at least one stamp insertion portion consisting of a hole in which a desired color ink pad is installed on the bottom surface. (3) The signal transmitting means is formed by carving a predetermined vertical groove on the side surface of the grip base, and the signal reading means associated with the transmitting means is formed by disposing a plurality of microswitches on the inner surface of the insertion portion. An input device for a computer according to claim 2, characterized in that: (4) The signal transmitting means is formed by drilling a predetermined through hole in the side surface of the grip base, and the signal reading means assembled with the transmitting means is
A plurality of light emitting devices are disposed on one inner surface of the insertion portion, and light receivers corresponding to the light emitting devices are disposed on the other opposing inner surface, thereby forming a set. An input device for a computer according to scope 2. (5) The signal transmitting means is provided with predetermined contacts on both sides of the grip base, and the corresponding pair of contacts are connected via buried diodes to form a set, and the signal transmitting means is combined with the transmitting means. Claim 2, wherein the reading means comprises a plurality of terminals arranged on the inner surface of the insertion portion.
Computer input device described in Section 1. (6) The signal transmitting means is formed by disposing a predetermined contact point on the side surface of the grip base and connecting the contact point to an embedded integrated circuit, and the signal reading means combined with the transmitting means is arranged on the inner surface of the insertion portion. 3. The input device for a computer according to claim 2, further comprising a terminal arranged in correspondence with the contact point. (7) A patent characterized in that the signal transmitting means is provided with a predetermined magnetic tape attached to the side surface of the grip base, and the signal reading means that is combined with the transmitting means is provided with a head on the inner surface of the insertion portion. An input device for a computer according to claim 2. (8) The signal transmitting means includes a predetermined bar magnet inserted through the side surface of the grip, and the signal reading means assembled with the transmitting means includes:
3. The input device for a computer according to claim 2, wherein the input device is formed by winding a coil around a loop-shaped magnet with magnetic poles facing both inner surfaces of the insertion portion.