Screan cursor movement control method and cursor movement controller

Abstract

This invention discloses a cursor location controller which consists of input device which was used to identify the input action and generate input signal; location checking device which was used to measure signal location change and generate impulse signal; signal analyzing device which was used to receive the impulse signal and analyze and switch it to a displace signal; signal disposal device which connects with the above two devices; a triggering device which connects to the disposal device, was used to control the working status. The advantages are as follows: the movement of operator's ankle was reduced; operating of control device on a narrow desk becomes more convenient.

Description

technical field [0001] The invention relates to the field of accessory equipment developed by PC hardware system components, in particular to a technology for controlling screen cursor movement, especially a control method for screen cursor movement and a cursor movement controller. Background technique [0002] The current PC systems all have human-computer interaction external devices to control the movement and clicking of the screen cursor. Usually, the PC system uses a cursor position controller to control the movement of the cursor. The current cursor position controller includes a position detection device and a signal analysis device, the position detection device detects the position change of the input signal of human-computer interaction, and generates various pulse signals; the signal analysis device receives the pulse signal and converts the pulse signal Analyze and convert it into a displacement signal, and then send it to the cursor display module in the host ...

AI Technical Summary

Problems solved by technology

But this method is not easy to master in use, especially the jumping time between two fingers is not easy to master, which makes it difficult to succeed when the cursor moves greatly, and the application range is limited to the touchpad

[0005] The existing technology ALPS company realizes on the touch panel to determine the moving distance according to the moving speed of the finger on the touch panel, but there are also problems, such as the speed is not easy to grasp, the speed is too slow, the single cursor moving distance is short, and the finger If you move too fast, the touchpad will not sense it and refuse to move the cursor. According to calculations, the furthest distance you can move the cursor from the touchpad at one time is about one and a half monitors. This method is especially limited when there are multiple monitors

[0006] In the prior art, IBM Corporation determines the moving distance of the cursor on the touch stick according to the force of the finger on the touch stick, but the application of this technology has certain limitations: for example, the moving speed of the finger and the pressure of the finger are different. Difficult to control, and the constant force of the fingers will increase the fatigue of the operator

[0007] At present, cursor movement controllers such as mouse and touchpad, when the operator needs to move the cursor on the screen for a relatively long distance, as shown in Figure 1, if the cursor on the screen can be moved from right to Sitting down and moving, the operator goes through the route from A to B to C to D as shown in the figure to reach A1, then only step A and A1 have direct contributions to moving the cursor on the screen, while steps B, C and D are useless , are all preparations for the movement of A1, and the useless work of steps B, C, and D increases the fatigue of the operator's hand and arm joints

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