Touch gesture rapid input device

Abstract

The invention relates to a touch gesture rapid input device. The device is used in cooperation with a mainframe which is provided with a central processing unit. The mainframe can be provided with a gesture editing unit in advance. The gesture editing unit can record one or more gestures in advance in the form of scripts to form motion description files. The motion description files are executed through the touch gesture rapid input device. The touch gesture rapid input device at least comprises a storage unit, an interpreting unit, a touch unit and at least one trigger key, wherein the storage unit is used for storage of the motion description files, and the trigger keys correspond to the motion description files respectively. When each trigger key is triggered, the motion description file corresponding to the trigger key is interpreted through the interpreting unit, a motion containing a touch behavior in the motion description file can be displayed again through the touch unit, and therefore the effect of rapidly inputting the gestures is achieved.

Description

technical field [0001] The present invention relates to a touch gesture shortcut input device, in particular to a shortcut device capable of changing single or multiple touch actions pre-recorded and edited to be executed by a single key or a combination of keys. Background technique [0002] With the ever-changing information, breakthroughs have been made in both display panel and touch technology, and all portable electronic products such as tablet computers and smart phones can be operated with fingers. [0003] Please refer to figure 1 As shown, after Microsoft incorporated the mature "multi-touch module"62 into the standard specifications of the Windows 7 operating system63 in 2009, it drove the high universality and high applicability of touch technology, and the so-called multi-touch technology (Multi-Touch) means that the touch screen 64 needs to be equipped with not only the touch points generated by simultaneously sensing multiple fingers on the screen, but also c...

AI Technical Summary

Problems solved by technology

[0005] However, although the aforementioned games using multi-touch technology are widely welcomed by players, they will cause many troubles and inconveniences and even muscle injuries when players actually play games (especially role-playing games). Playing game (RPG, English full name Role-Playing Game) game method is that the player plays a certain virtual character to perform virtual tasks (such as: attacking virtual monsters) in a specific virtual scene. The virtual character usually has many virtual moves (such as: vomiting Fireball, etc.) or virtual props (such as swords, knives, guns, cannons, ammunition, etc.) to use or switch virtual moves or props, players must use the corresponding gestures of the virtual moves (props) to make the virtual character issue a real-time Or switch virtual moves to attack virtual monsters. According to statistics, the number of repetitions of the same gesture in a virtual task is as high as thousands or even nearly 10,000 times. Repeating the same gesture with high frequency will cause damage to finger muscles and even wrists and shoulders. Serious or even irreversible muscle damage may be caused. In addition, due to the tight rhythm during the game and the player must be very focused on the operation, it is easy to be unreliable due to the inaccurate gestures (for example, the mage casts spells with touch gestures, but the player may not be right every time) or the movement is too slow, causing the avatar to easily miss important movement opportunities

[0006] In addition, on different devices (such as mobile phones, tablet computers, personal computers, etc.), different operating systems (such as windows os, Mac os, Android os, etc.), different application software, and web pages, users often need to perform repeated gestures. Touch commands, such as frequent concentric circles, easily fatigue and sore hands, and often worry about hand injuries

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