Man-machine interactive system

Abstract

The invention relates to a man-machine interactive system which comprises a man-machine interface device and a host machine device, wherein the man-machine interface device comprises a signal generation module and a control module; the host machine device comprises an operation module, an identification driving module and a system module; after the signal generation module generates original working signals, the signals are transmitted to the operation module by the control module, so that switching signals are generated; the switching signals are transmitted back to the control module by the operation module, so that the control module can generate final working signals which are in accordance with identification conditions; and finally, the final working signals are transmitted to the identification driving module by the control module so as to be identified, so that the system module can execute the preset work.

Description

technical field [0001] The invention relates to a connection system, in particular to a human-computer interaction system. Background technique [0002] With the rapid development of science and technology, the life cycle of electronic equipment is getting shorter and shorter. Whether it is hardware or software, newer technologies will appear every once in a while to provide more powerful performance for users to use. However, for research and development For personnel and manufacturers, how to save production costs is an important issue. [0003] When a piece of hardware is connected to the host device of an electronic device, it must first pass the authentication of the host device, which is the main function of the driver program we are familiar with. After the hardware is certified, the signal it sends can be received by the host device. use, and the signal generated by the hardware must also cooperate with the host device. For example, when the touch panel is in use, i...

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Problems solved by technology

[0009] The authentication driver module 221 of this method does not need to perform arithmetic processing on the original working signal S4, so the hardware manufacturer can directly use the driver program provided by the operating system manufacturer and save the research and development cost. However, the man-machine interface device 21 must have The original working signal S4 is used for arithmetic processing of the arithmetic control module 212. This method causes the hardware manufacturer to prepare an arithmetic unit with higher performance in the human-machine interface device 21, and thus greatly increases the manufacturing cost.

[0010] Based on the above, if a customized driver with computing functions is used, a large amount of research and development costs must be spent, and if a computing unit with computing functions is used in the human-machine interface device, the manufacturing cost will be greatly increased

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