JP2007299043A - 3D data input device - Google Patents

Abstract

The present invention relates to a three-dimensional data input device. There is a field in which an input device capable of three-dimensional input that can be operated by one hand with the smallest possible area is required.
A swingable touch panel unit having a rotation axis in a center line portion of a rectangle, two push frame portions provided at both left and right end portions parallel to the rotation axis of the touch panel unit, and no pressure A three-dimensional structure having a mechanism for keeping the touch panel portion horizontal and two contacts that actuate and output contact signals when the touch frame portion is pressed and the touch panel portion tilts to the left or right about the rotation axis. Data input device.
[Selection] Figure 1

Description

  In order to make information in a computer more realistic, it is often expressed using three-dimensional three-dimensional data. For this reason, the necessity of the apparatus which can input three-dimensional data into a computer has increased.

Conventionally, as a device for inputting two-dimensional position data, there are a touch panel such as a resistive film type, a capacitance type, and an optical type, but two-dimensional data (X, Y) is mainly inputted. In order to input data in the vertical direction (value Z in the Z-axis direction), the use of other means or pressing is described in the following document.
Japanese Patent Laid-Open No. 9-22330 However, these have drawbacks such as a complicated structure or unstable Z-axis input. It is also assumed that the area is large.

  There is a field in which an input device capable of three-dimensional input that can be operated by one hand with an area as small as possible is required. An object of the present invention is to add a function of recognizing data at the upper and lower positions of a space to a touch panel that can recognize only position data on a conventional plane, and to input three-dimensional data to a computer.

  FIG. 1 shows the structure of the three-dimensional data input device of the present invention.

  The touch panel unit 1 is usually rectangular. The present invention has a rotating shaft 2 at the center line portion of the center and can swing left and right. A mechanism for keeping the touch panel unit 1 horizontal is provided. For example, two elastic bodies 4 are provided and supported on both sides of the rotating shaft 2 between the substrate 6.

  Two push frames 3 are provided at both far end frame portions parallel to the rotation axis 2 of the touch panel portion 1, and the touch panel portion 1 can be tilted by pressing these two push frames 3.

  When the touch panel unit 1 is tilted to the left or right with the rotary shaft 2 as the center, two contacts 5 are provided which operate to output contact signals, respectively.

  The two-dimensional position data is represented by the output of the touch panel unit 1, the third dimension direction data is represented by which of the signals of the two contact points 5, and the position data is represented by the duration of the contact signal.

  With the above-described configuration, an input device capable of inputting three-dimensional data with an area substantially the same as that of a conventional touch panel can be realized. One-handed operation is possible if the size matches the size of the hand. Three-dimensional simultaneous and continuous input is also possible.

  FIG. 1 shows the structure of the three-dimensional touch panel of the present invention. (a) shows a cross section, and (b) is a plan view. FIG. 2 shows an operation explanatory diagram of the three-dimensional touch panel. This will be described with reference to these drawings.

  In FIG. 2, the center line 2 represents the position of the rotation axis, and indicates that there is a three-dimensional touch panel in the three-dimensional space represented by the X axis, the Y axis, and the Z axis. The touch panel unit 1 is in a state A horizontal to the XY plane in the initial state. When one of the push frames 3 is pressed, the touch panel unit 1 rotates slightly around the center line (rotation axis) 2. A state where the force Fz is applied to the right push frame is a state B indicated by a dotted line. When the pressing force is lost, the touch panel unit 1 returns to the initial state (horizontal state) by the spring 4.

  The position on the XY plane is represented by a place 1a where the surface of the touch panel unit 1 is touched with a finger or the like as in the conventional case. When the right press frame is pressed, the right contact 5+ becomes “contact”, and the + direction on the Z-axis is changed. The movement of the position in proportion to the time in the “contact” state is shown. Note that the contact may be closed even when the touch panel surface is strongly pressed to show the XY plane, but this may be adjusted by the strength of the spring 4.

  The spring 4 has a repulsive force that keeps the touch panel 1 horizontal when the fingertip touches the touch panel to indicate position information on a horizontal plane. Therefore, in order to close the contact 5+ or the contact 5-, with the finger in contact with the touch panel 1, the push frame 3 having no position information detection function is pushed with a finger different from the finger in contact with the touch panel 1. By doing.

  The position on the Z-axis is represented by the length of time when the contact 5+ or the contact 5- is closed. When the contact is 5+, the position data is upward, and when the contact is 5-, the position data is downward. Or vice versa.

  It is also possible to move the three-dimensional position continuously in cooperation with application software. That is, it is natural that it is easy to continuously change (move) the position of the XY plane of the touch panel, but during that time, the contact 5+ or the contact 5 is intermittently “contacted” or “disconnected”. The Z position can be changed (moved) together with the position of the XY plane.

  In order to keep the touch panel unit 1 in a horizontal state, it is obvious that an elastic body such as rubber or plastic may be used instead of the spring 4 as shown in FIG. Moreover, although it is divided into two in this example, it is obvious that they may be integrated as shown in FIG.

  FIG. 3 shows an embodiment mounted on a notebook personal computer. It can be installed in the same way as a conventional touch panel.

Configuration of 3D data input device Operation explanation diagram of 3D touch panel Example used for notebook computers Other configuration examples

Explanation of symbols

1 Touch panel 2 Rotating axis (center line)
3 Push frame 4 Elastic body 5+ Contact 5- Contact 6 Substrate A Initial state of touch panel (horizontal state)
B When the frame is pushed and tilted F Finger
Fz Force to push the frame 10 3D touch panel 100 Laptop

Claims (3)

A touch panel unit having a rotation axis in a center line portion of a rectangle and capable of swinging;
Two push frame portions provided at left and right far end portions parallel to the rotation axis of the touch panel portion;
A mechanism for keeping the touch panel level when no pressure is applied;
A three-dimensional data input device having two contacts that operate to output a contact signal when the touch panel portion is pressed and the touch panel portion tilts to the left or right about the rotation axis. A touch panel unit having a rotation axis in a center line portion of a rectangle and capable of swinging;
Two push frame portions provided at left and right far end portions parallel to the rotation axis of the touch panel portion;
Two elastic bodies provided between the touch panel unit and the substrate and on the left and right of the rotation axis;
A three-dimensional data input device having two contacts that operate to output a contact signal when the touch panel portion is pressed and the touch panel portion tilts to the left or right about the rotation axis. A three-dimensional data input device according to claim 1 or 2,
Two-dimensional position data is represented by the output of the touch panel unit,
3. A three-dimensional data input device, wherein the three-dimensional direction data is represented by which of the two contact signals, and the third-dimensional position data is represented by a duration of the contact signal.

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