JPS5837738A - Kanji processing device - Google Patents

Abstract

PURPOSE:To output a KANJI (Chinese character) on a CRT display and also to output audio output relating to the KANJI, by providing a table which can link a KANJI code, a KANJI font and an audio pattern. CONSTITUTION:Data in Figure are edited at the inside of a CPU. A KANJI processing controller receives the data from a CPU BUS interface, and first searches the JIS C-6226 code 31 to find out the code 3517. Then, the coincidence of reading code is taken to the code, and addresses having the font of ''Tan(in KANJI)'' and the audio pattern of ''Tan'' are indexed, and the font is transferred to a refresh memory of a CRT and the audio pattern is transferred to an audio controller. The processing of the next 1833 code is similarly repeated. The display of ''Tan-Ka-Nyuryoku(unit price input)'' is done on the CRT display and the output of ''unit price input'' is done in voice.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a kanji processing device that performs kanji processing and then outputs the processed kanji as a voice.

Is the conventional kanji output device OR? Kanji are output on a display or printer, and the audio output of the kanji is independently controlled, making it a difficult system to control from a software standpoint. Also, due to the fact that the readings of kanji were not accurate, there was no system that could output the audio output of kanji at the same time as the kanji.

Is this invention an OR? Along with printing kanji on the display,
The object of the present invention is to provide a kanji processing device that can output audio related to the kanji.

Other objects of the present invention will become apparent from the following description of embodiments with reference to the drawings.

FIG. 1 is a block diagram of an embodiment of the present invention.

1 is a calculator (hereinafter referred to as OFυ), 2 is an audio output control device, 3 is a speaker for audio output, and 4 is a kanji display. 5 is a kanji processing control device, C
It is connected to the PUI and outputs audio via the audio output control device Wi2 based on the sent kanji data, and
It has the role of outputting kanji data to the CRT display 4.

The kanji processing control device 5 has the configuration shown in FIG. That is, in FIG. 2, 11 is a control microprocessor, and 12 is a control microprocessor containing a control program.
In the OM, 13 is a RAM for work. 14 is OR'
15 is a CRT controller that controls the CR
T Nori Fresh Memory. 16 is a DMA controller for sending 7 onts to the fresh memory, and 17 is a 7 ont memory that stores 7 onts of ORT kanji. 18 is a voice control device controller; 19 is a DMA controller for transmitting voice patterns; and 120 is a memory containing voice patterns. 21 is an interface with external OPU, 2
2 is a 6226 code that links the code, kanji 7 onts, and voice patterns, and 32 is the reading code.

33 is a pointer indicating the address where the sound pattern for each kanji reading is stored, and 34 is a pointer indicating the address where the 7 onts of each kanji are stored. 3s is a memory area that stores voice patterns, and 36 represents a memory that stores fonts for each kanji. The kanji processing control device 5 consists of the above-mentioned configuration.

- Add and edit. An example is shown in Figure 3.
For one kanji character, 2 bytes are taken and each kanji is represented by a combination of edges and dots. ・42 is the reading code, which consists of 1 byte, and the upper 4 bits represent the sound and precept. 0 indicates On-yomi and l indicates Kun-yomi. The lower 41 also shows how to read each by 10. For example, ``1ka'' is
01 is Riki, Ot code is Riori, and 11 code is Chikara. The kanji processing device is controlled by the audio output control device 2 and the opscene, and only data related to membership fees is sent.

The overall flow of control will be explained below based on the above drawings.

First, inside the 0PUI of the 1st W, edit data as shown in the 4th diagram. Edit data is sent to the kanji processing control device 5 in order to display ``Unit price input'' on 4 and at the same time output ``Tankanyuuri ori'' by voice. Kanji processing control device!
5 receives data from the CPU BU8 interface 21, checks it, finds code 3517, matches the reading code to it, and finds that the sound patterns of "single" (huon) and "tan" are included. The address of 7 on F is used to activate the DM controller 16 in FIG. The DMA controller 9 shown in the figure is activated and data is transferred to the audio control device 2. The processing for the next code 1833 is repeated in the same way. Thereafter, the data shown in FIG. 4 is processed in the same manner, and the control is terminated.

OR? The message ``Input unit price'' appears on the display, and at the same time the voice outputs ``Tankanayuryoku''.

[Brief explanation of the drawing]

FIG. 1 is a detailed diagram of an embodiment of the present invention, FIG. 2 is a detailed diagram of the kanji processing control device shown in FIG. 1, FIG. 3 is a detailed diagram of the table 22 of the second WJ, and FIG. The figure is a table 022 which is a diagram explaining a code string. Applicant Can/N Co., Ltd. - Ladle

Claims (1)

[Claims] It has a storage means for storing 7 sub-int information of the kanji expressed by the kanji code and audio information corresponding to the reading code of the kanji expressed by the kanji code, and the storage means responds to the application of the kanji code and the reading code. A kanji processing device that outputs 7 ont information and voice information from means.