Pluggable computing module and application method thereof

Abstract

The invention relates to a pluggable computing module and an application method thereof. The pluggable computing module comprises a communication module in communicating connection with the Internet, a control module receiving first instructions sent by a first device through an interface, and a storage module connected with the control module and storing first information, wherein the first instructions include information reading instructions and driving instructions, the control module sends the information reading instructions to the storage module when the first instructions are the information reading instructions and responds to the first device according to the information reading instructions and the first information, and the control module drives the first device according to the driving instructions when the first instructions are driving instructions. Therefore, the repeatedly utilizable pluggable computing module interconnected and intercommunicated with other application devices can be applied to the first device, the development and manufacturing costs of the first device are reduced, the green environmental friendliness of electronic equipment is promoted, the market scale of intelligent toys is increased, and the user experience is greatly improved.

Description

technical field [0001] The invention relates to the field of toys, in particular to a pluggable computing component and an application method thereof. Background technique [0002] With the improvement of social living standards, parents pay great attention to all aspects of their children, and they gradually realize that toys play an important role in children's life. Toys not only have the functions of conveying social culture, entertainment, aesthetics and intelligence; they can also stimulate children's motivation to play, support the development of games, and promote the improvement of game levels. A child's toy should be made according to the child's developmental stage, and it should be something suitable for children of all ages. [0003] At present, there are the following disadvantages in embedding intelligent functions in toys: using high-cost computing components to manufacture low-margin toys with limited specific functions, resulting in higher manufacturing co...

AI Technical Summary

Problems solved by technology

[0003] At present, there are the following disadvantages in embedding intelligent functions in toys: using high-cost computing components to manufacture low-margin toys with limited specific functions, resulting in high manufacturing costs for toys; investing a lot of money to establish an intelligent development team with both software and hardware capabilities. The development of smart toys, and the development of smart toys in the market maintains a certain degree of novelty and a certain rate of return is highly risky; the long development cycle of smart toys and the rapidly outdated marketing window lead to the development of smart toys in terms of manpower and time. waste; and the singleness of intercommunication between dedicated smart toys and ever-changing application devices, such as smart phones, computers or smart TVs

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