Unidirectional information transmission method, touch extension system and multi-point touch equipment

Abstract

The invention discloses a unidirectional information transmission method, a touch extension system and multi-point touch equipment. The touch extension system comprises a touch information generation module, an automatic induction and identification module, a touch signal conversion module and an interface module. Touch information can be generated by the touch information generation module, can be monitored and automatically identified by the automatic induction and identification module and can be converted into touch signals by the touch signal conversion module, the touch signals can be converted into execution instructions by the interface module, and the execution instructions can be transmitted to an interface by the interface module; the touch information generation module is multi-point touch extension equipment which clings onto a target touch screen, the target touch screen is the multi-point touch equipment with a microprocessor, and the multi-point touch equipment with the touch extension system comprises NFC (near field communication) equipment and extension equipment of peripheral game devices, a keyboard or a mouse. Owing to the mode, the unidirectional information transmission method, the touch extension system and the multi-point touch equipment have the advantages that functional extension effects can be realized for the touch equipment, the touch extension system and the multi-point touch equipment can be operated easily and conveniently, and energy can be saved.

Description

technical field [0001] The invention relates to the field of touch extension devices, in particular to a one-way information transmission method, a touch extension system and a multi-point touch device. Background technique [0002] The current multi-touch screen or touch panel is the mainstream configuration of computers and mobile phones, and there are trends such as single-machine multi-screen and gradually increasing area. However, a large number of devices still use Bluetooth, Wifi and other energy-consuming methods to connect to external devices. The frequency of user manipulation is low, and the touch-sensing equipment is basically in an idle state, and the use range and frequency of use of the larger touch screen are not uniform. That is to say, the way of using the touch screen for wireless operation has yet to be developed. The infrequently used or vacant area of ​​the touch screen also includes the usage mode and application range of the touch-sensitive device; L...

AI Technical Summary

Problems solved by technology

[0002] The current multi-touch screen or touch panel is the mainstream configuration of computers and mobile phones, and there are trends such as single-machine multi-screen and gradually increasing area. However, a large number of devices still use Bluetooth, Wifi and other energy-consuming methods to connect to external devices. The frequency of user manipulation is low, and the touch-sensing equipment is basically in an idle state, and the use range and frequency of use of the larger touch screen are not uniform. That is to say, the way of using the touch screen for wireless operation has yet to be developed. The infrequently used or vacant area of ​​the touch screen also includes the usage mode and application range of the touch-sensitive device; Larger equipment wastes power and pollutes wireless signals in the space, which poses hidden dangers to people's health;

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