JPH03210495A - Display panel due to arrangement angle of figures for clock dial - Google Patents

Abstract

PURPOSE:To make detailed items easy to discriminate by setting the figures of a clock dial to starting points and arranging and displaying data on the extension lines of the figures. CONSTITUTION:When a relatively small number of data are more clearly arranged and displayed, the figures of a clock dial are set to starting points and inverted-triangular patterns 2 are arranged on the extension lines of the figures with respect to the figures becoming the starting points and data are arranged and displayed at the positions of the angles to each figure becoming the starting point among the angles of the triangular patterns 2. By this way, even when the data 3 are arranged on the extension lines of the figures becoming the starting points of the clock dial 1 as many as possible, a display space is physically widened as the data are extended to the outside as long as possible and, therefore, the visibility of detailed items can be improved.

Description

DETAILED DESCRIPTION OF THE INVENTION A. Object of the invention Industrial field of application This invention relates to arranging and displaying information on an extension line starting from the numbers on a clock face.

BACKGROUND ART In the field of displaying various publications, personal computers, and word processors, the general display format for information arrays is to display only vertical and horizontal arrays within the display space. Alternatively, display using rectangular frame divisions is expected to have the effect of distinguishing detailed items, but actually has the opposite effect of adhesion.

Problems to be Solved by the Invention In the display fields of various publications, personal computers, word processors, etc., the conventional array display format using vertical and horizontal right angles in the information display space has been used to display detailed information items in a long and narrow strip. The closeness of the row arrangement, which is monotonically perceived as a rectangle, due to the so-called sushi stuffing display, may cause illusions, misperceptions, etc.
Concentration is required to distinguish gaze to avoid visual impairment17.
It had the disadvantage of causing eye strain and nervousness.

The reason is that various types of information are displayed closely in vertical and horizontal orthogonal arrays or displayed in frames as detailed divisions, but from a cerebral physiological perspective, the brain neurons that control the visual central nervous system are structurally I have no choice but to point out that there is some serious rejection factor inherent in adapting to the situation.

Easy to understand (For example, the Earth is a sphere, and the horizon is not a 180 degree line, but a vertical lotus in the direction of gravity.

The vertical line can be called a reverse radial line toward the center of the earth.

In other words, the composition of the Earth is arranged radially outward from the center. Therefore, it can be said that there are no substances in nature that are composed of right angles.

It must be said that a right angle is an conceptual angle created by humans. It is hard to believe that human brain cells are organized independently of gravity, and it is even harder to believe that human visual responses tend to conform to vertical and horizontal orthogonal angular arrangements. .

It is no exaggeration to say that the right angle is an angle that goes against the creation of the natural world and is not an angle of organic compositional structure.

The right-angled arrangement looks tight and stiff overall, but in reality, this creates a sense of close contact, and -
The solid column-like shape is emphasized, making it difficult to distinguish individual detailed items.

For example, if square cells are arranged at right angles in the form of a base, the whole will appear to be neatly arranged, but it is common knowledge that it takes effort to distinguish between the individual cells. It would be understandable.

This is a familiar example of how vertical and horizontal right-angled displays tend to cause visual disturbances to humans.

Therefore, if you want to create a display that takes advantage of angles other than the right angle, you should use the numbers on a clock face, which have historically been welcomed, used to, and loved by people all over the world, or the simplest arrangement angle. It will be considered as important. The clock face has become so well-established that it has been conceptualized as a universal image.

Taking advantage of people's habitual visual reactions to clock faces, human It seems to be the most visually friendly and responsive way of arranging information.

Composition of the Invention Starting from the number on the clock face (1), an inverted triangular pattern (2) is arranged on the extension of the number serving as the starting point, and information (2) is placed at the corner of the pattern. 3) and an example of a bad implementation characterized by arranging the information display pattern (3) will be described.

Drawings Figure 1 Diagram for displaying a relatively small amount of information in a clearer arrangement Starting from the number on the clock face (1), and extending it to the number serving as the starting point, an inverted triangular pattern (2) ), and information (3) is placed and displayed at the corner position of the starting point number among the corners of the triangle.

As in the case of Figure 1, the small circle (3) representing the clock time in 10 minute units is the starting point, and the extension is 6.
When each small circle is lit, 10 minutes have passed when one circle is turned off, 20 minutes have passed when two circles have been turned off, 30 minutes have passed when three circles have been turned off, and so on, and the display repeats in the morning and afternoon. Then, it becomes a clock display board without a pointer that allows you to check the passage of time in terms of remaining amount.

Figure 2 Starting from the number on the clock face (1), on its extension, arrange an inverted triangular pattern (2) with respect to the number serving as the starting point, and place the information (3) at the corner position of the pattern. ) to form an information display pattern.

A timetable is created by arranging train times in the neck area on the information display patterns of FIGS. 3, 4, and 2.

Starting from the number on the clock face (1), arrange an inverted triangular pattern (2) on the extension of the number on the clock face (1), and display the train departure time (3) at the corner of the pattern.
Place.

Figure 5 Starting from the number on the clock face (1), arrange an inverted triangular pattern (2) on the extension of the number on the clock face (1) as the starting point, and place the pattern (2) in the corner of the pattern as shown in Figure 2. Information display pattern (3) is arranged to become a new information display pattern.

By repeating the same process as many times as possible, new information display patterns will be created.

C. Effects of the invention Even if information is arranged as much as possible starting from the numbers on the clock face, the more it extends outward, the more the display space will physically expand. Because of this, the visibility of the detailed items is extremely good.

The angular display of numbers on a clock face means that, in relation to each angular direction, the information displayed at that angle is limited in its position relative to the information displayed at other angles.
The designation is confirmed by a clear positional relationship, in other words, any angle on the clock face recalls other angles to it, as well as the angles next to it, and they have an organic association with each other. It is easy to create a bond of memory.

In the electronics industry, it is also used for microcontroller integrated circuits and displays.

[Brief explanation of drawings]

Figure 1 (1) shows that the clock face (2) is the starting point of the number, and the inverted triangle pattern (3) is a relatively small number of information Figure 2 (1) shows the clock face. The dial (2) is the starting point of the number, and the inverted triangle pattern (3) is the information placed at the corner of the inverted triangle pattern. Figures 3 and 4 show the information in the neck area. Represents the train departure timetable. (1) The clock face (3) is the time placed at the corner of the inverted triangular pattern. Figure 5 (1) is the clock face (2) relative to the starting digit. , The inverted triangular pattern (3) represents the information display pattern of FIG. 2 placed at the corner position of the inverted triangular pattern. In (4), the information display pattern of FIG. 2 is used as a parent, and the information display pattern as a child thereof is abbreviated with sesame-shaped dots. Figure 3 B 650 0 Figure 9

Claims (1)

[Claims] Starting from the number on the clock face (1), an inverted triangular pattern (2) is arranged on the extension of the number starting from the number on the clock face (1), and information (3) and an information display pattern are placed at the corners of the pattern. (3) A display board characterized by arranging.