A spinning top toy with extended service life

Abstract

The invention relates to the field of toy products, in particular to a broken-resistant toy gyro, comprising a gyro bod. An emitter is matched with the upper portion of the gyro body and a pull stringslot matched with a pull string is arranged on the outer surface of the gyro body; the emitter comprises an elastic ring sleeving the gyro body, an elastic steel wire is arranged in the elastic ringand sleeved with an elastic steel wire sleeve, an elastic switch for controlling tightness of the elastic steel wire is arranged at the tail end of the elastic steel wire sleeve, and is mounted on theelastic ring through a hinge base. According to the broken-resistant toy gyro, the elastic ring and the elastic steel wire are used as the gyro emitter, the elastic switch controls tightness of the elastic steel wire to realize fixing and releasing of the gyro body, the pull string matched with the gyro body drives the gyro body to rotate to facilitate operation, and the gyro body cannot be limited by the emitter so that the service life of the gyro body is guaranteed.

Description

technical field [0001] The invention relates to the field of toy products, in particular to a spinning top toy with extended service life. Background technique [0002] Spinning top has a development history of thousands of years. It is a very suitable product for children to play and for the elderly to exercise. [0003] When the top is in use, it needs to be rotated. The traditional way is to wrap the pull rope around the main body of the top first, and then pull it out suddenly to make the top spin. However, this method requires one hand to hold the top and the other hand to pull the rope. The operation is difficult, and the probability of failure is high, so it is not suitable for children to play. With the development of science and technology, there have been rotating type cohesive launchers and gear pull bar type launchers. The above two methods can greatly reduce the speed of the gyroscope. It is difficult to rotate, and the probability of failure is small, so it is...

AI Technical Summary

Problems solved by technology

[0003] When the top is in use, it needs to be rotated. The traditional way is to wrap the pull rope around the main body of the top first, and then pull it out suddenly to make the top spin. However, this method requires one hand to hold the top and the other hand to pull the rope. The operation is difficult, and the probability of failure is high, so it is not suitable for children to play. With the development of science and technology, there have been rotating type cohesive launchers and gear pull bar type launchers. The above two methods can greatly reduce the speed of the gyroscope. It is difficult to rotate, and the probability of failure is small. It is suitable for children to operate. However, the service life of the gyroscope with the above transmitter is not long, and the gears are prone to wear and tear.

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