JPS62123550A - Electronic memory device - Google Patents

Abstract

PURPOSE:To perform the input operation of data at a high speed by storing the sorting items corresponding to the sorting keys as the fixed data to add this data to the input data in a call mode for display and therefore attaining omission of the input data for storage. CONSTITUTION:The fixed data is first set and stored and the fixed data on the sorting items are stored in a memory device 5 by means of an input key 1 and a sorting key 2 after a mode key 3 is set in a setting mode. Then the key 3 is set in a normal mode when the memory setting is through with the fixed data. Thus the desired data is supplied by the key 1. A desired key 2 is pushed after the input of data and the data sorted and stored in the memory parts P1-P6 of the device 5 in response to the pushed key 2. In such a case, the fixed data stored previously in the parts P1-P6 are added and stored. In a call mode the fixed data is added to the input data and then displayed. Thus the meaning of the data can be clearly understood.

Description

[Detailed Description of the Invention] <Industrial Application Field> The present invention is generally referred to as an electronic memo, an electronic notebook, or an electronic scheduler, and is mainly used to store phone numbers, addresses, schedules, or information to be stored for the time being. The present invention relates to an electronic memory device in which data such as necessary important information is input and stored, and is recalled and displayed as necessary.

<Prior Art> This type of electronic memory device has a function of inputting data such as characters and numbers using various input keys, and also allowing the input data to be classified and recorded using classification keys.

<Problems to be Solved by the Invention> However, although the classification input means is provided as described above, there is a drawback that all input data must be input. For example, if the classification item based on the first classification key is "meeting", and you enter data such as "review meeting", "planning meeting", and "sales meeting", you must also enter the data for "meeting". When called up, for example, only "study", "planning", or "sales" is displayed, so at that point it is unclear what data it is. Inputting all the data in this way is
Portable devices of this type that do not have a very large memory capacity are very disadvantageous because they cannot store much information. Therefore, users abbreviate the input data to the extent that they can remember it or use codes to input it.
By the time you call it up, you may forget it and have no idea what it means. Moreover, since a large amount of data is input, input operations cannot be performed quickly.

<Object of the Invention> The present invention has been made by focusing on the above-mentioned problems, and provides an electronic memory that can display all required data without omitting it when the data is recalled even though the data is omitted. The purpose is to provide a device.

Means for Solving the Problems> In order to achieve the above object, the electronic memory device of the present invention has a data input key which is a means for inputting character and numerical data, and a classification key which is a means for inputting classification of this data. an electronic memory device comprising: a control unit for data processing; and a data storage device; the storage device stores fixed data of classification items corresponding to each classification key in the storage device using the classification key and the data input key; The gist is a configuration that includes a storage means.

With the above configuration, the fixed data of the classification item corresponding to each classification key is stored in the memory before use, so that the input data can omit the data portion corresponding to the fixed data. Even if you input it, the fixed data will be added to the input data and displayed when it is called.

<Example> Hereinafter, a preferred example of the present invention will be described in detail based on the drawings.

In FIG. 1, the operation panel of the main body of the device includes an input key 1 as a means for inputting data using letters, numbers, etc., a classification key 2 as a means for inputting classification by dividing input data into classification items, and a setting key 2. A mode key 3 for switching between the mode and the normal mode is provided, and this embodiment shows a case where zero classification keys are provided. Inside the main body of the device is the central processing unit (CPU) of this device.
), a storage device 5 consisting of a random access memory for storing data, a read-only memory 6 storing program data for defining the operation of the control section 4, and a display panel. A display drive circuit section 8 is provided which drives and controls a display section 7 formed of a liquid crystal display device provided at the upper part based on data received from the control section 4 . Then, the control section 4 inputs data, stores this data in the storage device 5, and displays the display drive circuit section 8.
Data processing such as transfer to is executed.

Next, the operation of the device of the embodiment will be explained. First, before use, fixed data is set and stored. That is, after setting the mode key 3 to the setting mode, the fixed data of the classification item is stored in the storage device using the large key 1 and the classification key 2. Assume now that classification items as shown in FIG. 2 are set corresponding to each classification key 2 of 6 (prisoners) and stored in advance in each of the storage units P1 to P6 of the storage device 5.

When the fixed data storage setting is completed, press the mode key 3.
is set to normal mode, and desired data is input using input key 1. In this case, by pressing a desired classification key 2 after inputting data using the input key 1, the storage units P1 to P6 of the storage device 5 corresponding to the pressed classification key 2 are pressed.
are classified and stored. At the time of this storage, fixed data previously stored in the storage units P1 to P6 is added and stored. For example, if you want to memorize "Planning Meeting", the data for "Kaigi" is stored in advance, so by inputting only the data for "Kikaku" using input key 1 and then pressing the first classification key 2, The data of "Kaigi" is added and stored as "Kikaku Kaigi". Similarly, if it is desired to store "study meeting", only the input data of "kento" is sufficient, and by pressing the first classification key 2, it is inputted as "kentoukaigi" into the storage section of Pl. That is, since the classification items set corresponding to each classification key 2 are stored in advance as fixed data, data input in the normal state is extremely easy and can be performed quickly. Capacity can be used extremely effectively and significantly more data can be stored than in the past.

Moreover, if fixed data is converted into a special code, even more data can be stored. For example, if the fixed data of "Kaigi" is stored as "#1", and the data of "Kikaku Kaigi" is stored in the storage device 5 consisting of RAM, a capacity of 7 bytes is required according to the JTS code system. In contrast, 5 bytes are enough, and the amount of data that can be stored per unit capacity of 50 storage devices is greatly increased.

<Effects of the Invention> As is clear from the above description, according to the electronic memory device of the present invention, classification items corresponding to each classification key are stored in advance as fixed data using an input key and a classification key, and the classification items can be recalled as fixed data. Since the fixed data is sometimes added to the input data and displayed, the input data can be omitted and stored, making data input operations extremely speedy.Furthermore, the fixed data is added to the input data when it is recalled. The meaning of the data can be clearly understood.

Furthermore, since input data can be omitted and stored, memory capacity can be used effectively, and there is an advantage that a large amount of data can be stored per unit memory capacity.

[Brief explanation of drawings]

FIG. 1 is a block diagram of an embodiment of the electronic memory device of the present invention, and FIG. 2 is an explanatory diagram of an example of fixed data set and stored in FIG. 1.

Claims (3)

[Claims] (1) In an electronic memory device comprising a data input key as a means for inputting character and numerical data, a classification key as a means for inputting classification of this data, a control section for data processing, and a data storage device. , an electronic memory device comprising means for storing fixed data of classification items corresponding to each of the classification keys in the storage device using the classification keys and data input keys. (2) The fixed data stored in advance in the designated classification key can be added to the data inputted by the input key and stored in the storage device. Electronic memory device according to clause 1. (3) The electronic memory device according to claim 2, wherein the fixed data to be stored in addition to the input data is encoded in a special code.