An intelligent building block system and its guiding method

Abstract

The invention provides an intelligent building block system and a guidance method thereof. The system comprises a light guide member which is connected with a bottom interface of the building block and is inserted into the building block; when the building blocks are correctly assembled and stacked on a base according to a preset structure, each light guide member forms an optical path; a light source device is provided on the base to provide a light source to the light path; a collecting device is arranged at the position where the building block emits the light source of the light guide member so as to collect the light source data; a processing device is connected with the collecting device to obtain the identification data after the light source data is processed; a prompting device isconnected with the processing device to perform the identification data to release the guidance information. Therefore, the structure conformity monitoring and guidance for the splicing structure inthe process of building block splicing can be realized.

Description

technical field [0001] The invention relates to an intelligent building block system, in particular to a system and a guiding method for guiding the splicing process of building blocks by adopting light source feature recognition technology. Background technique [0002] Lego building blocks are currently the most popular representative brand of building blocks in the prior art. Its unique concave-convex building block structure is deeply loved by the majority of toy lovers. However, with the improvement of the design ability of building block toys in the existing technology, today's building block toys have been developed in the direction of modelization and appreciation. Composed of a large number of building blocks of different sizes, it is possible to shape the structure of the building block model in more detail, bringing players viewing and playability. [0003] However, with the sophisticated and complex development of such building block toys, players have gradually...

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Problems solved by technology

[0003] However, with the sophisticated and complex development of such building block toys, players have gradually discovered that due to the repetition of similar parts in the splicing process of such building block toys, it is easy to mistake certain similar parts due to negligence. However, such parts In the overall splicing process of building blocks, sometimes it is not easy to be noticed. Therefore, it is often realized when the corresponding component building blocks are missing in a certain splicing stage, so that the previous projects have to be repeatedly checked, resulting in a loss of time and energy for the player. At the same time, a large number of assembled building blocks need to be dismantled during rework, so the cost of error correction is high, it is easy to cause frustration to the player, and it will also consume more energy and enthusiasm of the player

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