Sphere body with radio frequency card, intelligent capsule toy motor and its control method

Abstract

The invention discloses a sphere body with a radio frequency card, which comprises an upper semi-sphere, a lower semi-sphere, and installing disks; the upper semi-sphere and the lower semi-sphere are buckled and assembled to each other, and the inner part of the lower semi-sphere is a lower installing cavity while the inner part of the upper semi-sphere is an upper installing cavity; installing disks are installed in the lower installing cavity and the upper installing cavity; the radio card is fixed on the top face of the disk body of the installing disk. The invention further discloses an intelligent capsule toy motor matched with the sphere body and its control method. The sphere body is internally provided with the radio card, and the radio card can read or write data through a read-write module so as to improve the sphere adaptation to different using environments. By using a route detecting device, the control circuit board can learn about the rotating angle of the turntable in real time, thus accurate sensing, reading and writing of the radio card by the read-write module can be guaranteed. The sphere body logically processes the condition that the radio card cannot sensed by the read-write module, thus the running efficiency is guaranteed, the read-write success rate of the radio card by the read-write module is greatly improved.

Description

technical field [0001] The present invention relates to a gashapon motor, in particular to a ball used for the gashapon motor, a gashapon motor using the ball, and a control method for the gashapon motor. Background technique [0002] The gashapon machine is a part inside the game machine, which is used to spit out balls, and the game is played through the information preset on the balls. [0003] However, the traditional gashapon machine cannot directly read and write electronic information inside the sphere, which requires the user to pre-set labels on the sphere that conform to the rules of the game or directly print text, patterns, etc. on the sphere. With the increase of use time, the information set on the sphere tends to be easily worn or peeled off, which makes the user need to constantly maintain the sphere, and after changing the game rules, often the information set on the sphere does not conform to the actual use The needs of the user make the user need a unique...

AI Technical Summary

Problems solved by technology

[0003] However, the traditional gashapon machine cannot directly read and write electronic information inside the sphere, which requires users to pre-set labels that conform to the game rules on the sphere or directly print text, patterns, etc. on the sphere.

With the increase of use time, the information set on the sphere tends to be easily worn or peeled off, which makes the user need to constantly maintain the sphere, and after changing the game rules, often the information set on the sphere does not conform to the actual use needs, so that users need a unique ball to replace or re-label

[0004] What's more, since gashapon machines are often made of transparent materials, when the ball is about to be spit out, the user can judge whether it can be spit out, which increases the probability of cheating and reduces the fun of the game

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