KR810000147B1 - Type photo-composing machine - Google Patents

Abstract

Type photo-composing machine can simply be controlled by the forbidden character. This machine has an instruction buton for determining an amount of the forbidden characters and instruction counter for calculating an amount of forbidden characters instructed. This can select character from a character matrix and store all of the characters selected as an image signal in the memory means which can determine a feed amount of each character after characters are composed on a line of a given length or a block is selected, to display the character on the display means.

Description

Photo typewriter

이 위치한 조판례를 표시하는 도면.Figure 1 is a non-compliance agreement at the end of the first line.

A drawing that shows the typesetting where it is located.

을 제2행째 행두에 위치시켜 1문자가 적은 제1행째에 입물(

)을 채워서 행렬 정리를 한 조판예를 표시하는 도면.Figure 2 enforces prohibition on the typesetting of Figure 1,

At the beginning of the second line and enter the first line with fewer characters (

A diagram showing an example of typesetting in which a matrix is arranged by

Figure 3 is a process diagram showing an embodiment of a photographic tableware according to the present invention.

4 is a view showing an example of the kinsoku pattern when the correction is sent for kinsoku processing near the end of the line using the photographic magnet of the present invention.

The present invention relates to a passive photographic writer that facilitates the kinsoku process.

등의 금칙약정물(禁別約定物)이라 불리우는 특정의 부호가 행두(行頭) 또는 행말(行末)에 위치하여서는 안된다는 규칙이 지켜지고 있다.From the past printing system

There is a rule that certain codes, such as banned articles of constitution, etc., should not be placed at the beginning or end of the line.

이 행말(줄의 끝)에 위치하는 경우, 활자조판에 있어서 행말금칙약정물

을 제2도 제2행째와 같이 다음행 행두로 송출하고, 다른행에 비하여 1자 적게 된 제1행째의 문자와 문자사이게 입물(

)이라고 하는 것을 채워서 문자 사이의 간격을 넓혀주어 제1행째의 행 길이가 다른행과 같게 하도록하는 처리를 하고 있다(이와 같은 처리를 행말금칙처리라 하며, 행두 처리도 같은 요령으로 행하여지고 있다). 그러나 사진식자기의 경우에는 한번 인자한 인자물 위의 문자를 다음행 행두로 송출하거나 문자와 문자의 간격을 넓힌다는 것은 매우 곤란하므로 사전에 어떤 처리가 필요하며 전자동사진식자기에서는 이것에 지령을 부여하는 테이프, 즉 일본특허공보 소 47-36770호에 기재 되어 있는 것과 같은 테이프 편집기로 금칙처리를 지령하는 방법이 취하여지고 있다. 그러나 수동사진식자기에서는 그 조작이 모두 작업자의 손으로 행하여지므로 상기와 같은 일은 불가능하여 종래에는 제1도 제1행째와 같이 행말(또는 행두)에 금칙약정물이 위치하는 경우에는 미리 수문자전 부터 문자수를 세어보는 방법으로 금칙처리의 필요여부를 확인하고 이것이 필요한 경우에는 1문자분의 송출량을 여러문자에 걸쳐서 균등하게 나눠지도록 송출량을 결정하고 인자를 행하여 제2도와 같이 인자물을 얻는 방법이 취하여지고 있다.So, as in the first line and the first line,

When placed at the end of this line (end of line)

Is sent to the beginning of the next line, as in the second line of FIG.

) To increase the spacing between the characters so that the first line has the same length as the other lines. (This process is called end-of-line processing, and the beginning process is also performed in the same way.) . However, in the case of photographic ware, it is very difficult to send the character on the printed argument to the next line or to increase the space between the characters. Therefore, some processing is required in advance. A method of instructing kinsoku treatment with a tape editor such as that described in Japanese Patent Publication No. 47-36770 is taken. However, in the manual photographic device, all the manipulations are performed by the operator's hand, and thus, the above is not possible. Conventionally, when the banning contract is placed at the end (or the beginning) as in the first line of FIG. By counting the number of characters, it is necessary to check whether or not kinsoku processing is necessary, and if this is necessary, determine the amount of dispensing so that the amount of one character is divided evenly over several characters, and perform the printing to obtain the print as shown in Fig. 2. Being taken.

However, according to this method, the worker must always be careful about the existence of the kinsoku contract and at the same time, it requires the complicated work of counting the number of characters for the places requiring banning and changing the amount of delivery according to the demand. At the same time as this fall, it is also a cause of a mistake.

BACKGROUND OF THE INVENTION The present invention relates to a photographic pottery device in which the kinsoku process can be easily performed in view of the above, and the present invention will be described in detail below with reference to the drawings.

FIG. 3 is a process diagram of one embodiment of the photographic writer of the present invention, and FIG. 4 is extracted from the vicinity of the end of the line using the photographic writer shown in FIG. 3 (the line ending character is sent to the next line). This is the kinsoku pattern when kinsoku processing is performed.

For convenience of explanation, FIG. 4 will be described first, and the numerals in the drawing indicate the number of remaining characters (embroidery when the first factor is used as the water supply) until the end of the line in the state where the printing position is located at the position and the date is not. (A) indicates the case of the first primitive factor in which nothing is enforced, and (b) spaces the letter by one quarter of the full-width character (called a four-minute space). A case of extracting two full-width characters is shown.In this way, (C) is 0.5 character for 4 minutes, (D) is 1 character for 4 minutes, and (E) 0.5 is 4 minutes. Character is 8 characters, 8 characters are 2 characters, 4 characters are 1.5 characters, 8 characters are 1 character, 8 characters are 1 character, 8 characters are 1 character, , (D) denotes the case where the banning process is performed by extracting the 16-minute white space and 1 character, and (k) the 0.5-minute 16-minute white space.

Next, referring to FIG. 3, in FIG. 3, reference numeral 31 denotes a light source of a photographic magnetizer, 32 denotes a condenser lens, 33 denotes a prism or miller for changing an optical path, 34 denotes a face, 35 is the primary lenslet, 36 is the deformable lensletlet, 37 is the prism or miller for changing the light path, 38 is the shutter, and 39 is the lens and prism or Miller The travel system, which moves each time it becomes a one-character print, (40) is a sensation drum, the elements of which are the same as those conventionally known as passive photographic magnets, but the structure and elements shown here. It is not limited to only.

41 is a rack attached to the trabel system 39, which is driven in gear alignment with the pinion attached to the pulse motor 42. As shown in FIG.

Reference numeral 43 is a pulse motor for driving the damping drum 40, 44 is a tarlet driving motor for rotating the main lens tarret 35 or the modified lens tarlet 36, and 45 is a pulse motor. A delivery control circuit for sending a delivery instruction to the motors 42 and 43, 46 rotates the tart driving motor 44 in accordance with a command from a water supply setting button, a deformation setting button, or the like not shown in the drawing. A water supply information circuit for setting a water supply or deformation-type lens and sending the set water supply or deformation degree back to the calculation unit 47, and 47 is a water supply from the water supply information circuit 46. And the width and width of the character to be printed from the information of the deformation, the width is sent to the width register 48 and the width is sent to the amplification register 49, or the row length is calculated and divided into the body width to be printed there. Residual number of initial factor is calculated and sent to residual embroidery register (57). Or, these body width, and the remaining atoms and gold chikryang setting button 50, the correction songchulryang set button 56 on the basis of an instruction set of the gold chikryang and correction songchulryang such as a computing unit for calculating the start kinsoku atoms.

In addition, the number of prohibition initiators indicates the embroidered writing of each embroidery in Fig. 4b-k.

If this is n,

Is calculated.

(However, the amount of banning is the value of the full size as 1 in the amount of characters sent to the next line, and the banning amount is the amount of characters assigned to each character of the line where the banning is performed. It is indicated by 1.)

Numeral 50 denotes the kinsoku amount setting button, indicating the respective kinsoku amount.

), 독출(讀出)을 제어하는 기억제어부, (64)(65)는 종조, 횡조의 설정버튼, (66)(67)(68)(69)는 겸용회로, (70)(71)은 선택회로(or circuit)이다.Numeral 51 denotes a kinsoku amount setting counter for calculating the kinsoku amount set by the kinsoku amount setting button 50, numeral 52 denotes a kinsoku amount displaying the contents of the kinsoku amount setting counter 51, 53 denotes kinsoku processing The kinsoku control circuit for controlling the ban, (54) is the kinsoku start command to instruct kinsoku start, (55) is a and-or circuit, (56) is a vacancy setting button to command the kinsoku vacancy, (57) ) Denotes a residual number register, 58 denotes a transverse current position register which receives the pulse transmitted from the pulse motor 42 and indicates the current position of the trabel system 39, 59 denotes a longitudinal current position register, Reference numeral 60 denotes an input key for inputting the row length movement of one line into the memory 62, 61 denotes a address designation switch for specifying the memory address of the memory 62, 62 denotes a memory, 63) is the introduction of the memory section (

(64) and (65) are the vertical and horizontal tone setting buttons, (66) (67), (68) and (69) are combined circuits, and (70) and (71) Or circuit.

Next, the operation will be described first by inputting the line length, the beginning and the coordinates of the end of the row into the storage address of the storage unit 62 designated by the address assignment switch 61 using the input key 60 before the printing. ), And the distinction between vertical tone and horizontal tone is set by the setting button 64 or 65 again.

Then, the calculating unit 47 calculates the body width of the character to be printed together with the currently set lens feed water, deformation shape, etc. sent from the water supply information circuit 46, and calculates the width of the width register 48 and the vertical width register 49. ), And calculates the residual number based on the length and width of the body and the length of the row stored in the storage section 62, and sends it to the residual number register 57.

When application is started in this state, the shutter 38 is opened and closed in accordance with the fixation of the face 34 and the exposure ends, and at the same time, the width of the body in the dispensing direction in the width register 48 or the vertical width register 49 is calculated. Read out to (47) and sent to the delivery control circuit (45) so that the pulse motor (42) or (43) is rotated and sent out, and the pulse is sent to the current position register (58) or (59) in the delivery direction. The selection circuit 70 is again advanced (or subtracted), and the information of this current position is passed through the dual circuit 66 or 67 which is currently open by the signal at the setting button 64 or 65. It passes through and is sent to the calculating part 47.

As described above, the operation unit 470 transmits a signal of a row length from the storage unit 62. The signal of the row length, the signal of the current position currently sent, and the width register 48 or the vertical width register 49 are transmitted. The unit 47 calculates the remaining digits up to the end of the line at the body widths sent through the combined circuit 68 or 69 and the selection circuit 71, and stores the remaining residuals in the residual digits register 57 first. Erase the embroidery and remember the new natural embroidery.

가 행말에 위치하는 것을 판명하였으면 이 금칙약정물은 전각이므로 제3도의 금칙량 설정버튼(50) 중의 전각단추를 눌러서 다시 행말금칙 약정물을 제2행째 행두로 추출하고, 1문자 적어진 제1행째의 문자간격, 조정을 제2도와 같이 8분공백으로 행하는 경우 제3도의 공백량 설정버튼(56)중의 8분 공백버튼을 누른다.In this way, it becomes the argument, and now the first line is the same as the first line.

If it is found that is located at the end of the line, the kinsoku commitment is full-width, so press the em corner button in the banning amount setting button 50 of FIG. In the case where the character spacing and adjustment of the line are performed at 8-minute blanks as shown in FIG. 2, the 8-minute blank button in the blank amount setting button 56 in FIG. 3 is pressed.

Then, the full-width amount is set in the kinsoku set amount counter 51, and the kinsoku quantity-fall full-width is displayed on the kinsoku quantity display 52, and this is sent to the calculating part 47 again. In addition to the kinsoku amount, the kinsoku blank is now sent to the calculator 47 from the vacancy amount setting button 56 through the kinsoku control circuit 53, and the calculator 47 starts the kinsoku based on the kinsoku amount and the kinsoku blank amount. Embroidery n is calculated and sent to the kinsoku control circuit 53.

Then, the kinsoku control circuit 953 compares the kinsoku initiator number and the contents of the remaining residual // register 57 for each print operation so that the remaining digits are the same as the kinsoku initiator number and send a kinsoku start command 54.

Then, the kinsoku start command 54 sends a signal to the combined circuit 55, opens the gate, and sends the amount of space set in the space setting button 56 (8 minutes in this case) to the operation unit 47. (47) protrudes the body width from the width width register 48 in the case of horizontal tone, the width width register 49 in the case of vertical tone, adds a blank amount to this body width, and outputs the pulse motor 42 in the emission limiting circuit 45. Or (43) by rotating it.

At the same time as this transmission is performed, the banning limit circuit 53 instructs the content of the banning amount setting counter 51 to be subtracted by the set common multiple, and the banning amount display 952 displays the value.

In the same manner as described below, when the amount of blanks is added and the content of the banning amount setting counter 51 becomes zero, the banning control circuit 53 uses the combined circuit 55 shown in the banning start command 54. The signal to stops and returns to normal printing operation.

In this manner, as shown in FIG. 2, the kinsoku process is performed.

For this banning process, the correction transmission is not limited to the end of the line. For example, after setting the banning amount and banning amount, the banning order button is installed at any position where drawing is omitted. When the circuit is connected to the circuit, the correction correction transmission at an arbitrary position is started as it is shown in FIG.

In addition, it is clear that the kind of banning amount setting button 50 and the blank amount setting button is not limited to the contents shown in the drawings, but a plurality of setting buttons can be installed again.

As described above, the photographic magnetic device according to the present invention automatically calculates the number of corrected transmission initiators and the amount of discharged at the time of banning processing, and performs banning processing automatically without any operator even after the banning process is started again. As it was done, complicated work such as counting the embroidery to the end of the line and calculating the corrected number of delivery by eliminating the number of prohibitions is omitted as conventionally done, thereby reducing the burden on the worker and reducing the number of misleading factors. You can see it.

Claims (1)

In the photographic device having a dispensing control system which calculates the body width of the character to be printed from the set water supply and deformation information, and outputs a predetermined amount by driving the dispensing system for each print based on the calculation result. The kinsoku amount setting button 50 and the kinsoku amount setting counter 510 for calculating the set kinsoku amount and the kinsoku blank amount setting button 56 are provided to send the set kinsoku amount and kinsoku blank to the calculation unit 47. Calculate the residual number by dividing the row length printed by the calculation unit 47 by the body width and sending it to the residual number register 57. It is sent to the control system and compares the number of banned initiators calculated by the calculating unit 47 with the contents of the remaining number of registered registers 57 and instructs the banned start when both are matched. Retain control law circuit 53 and phototypesetter, characterized in that is configured to transmit by adding the amount of space in a body width kinsoku electricity kinsoku disclosed.

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