Magnetic type second-order magic cube angle block and second-order spherical magnetic building block magic cube
A technology of magnetic suction type and corner blocks, which is applied to the magnetic suction type second-order Rubik's Cube corner block and the second-order spherical magnetic absorption building block Rubik's Cube. field, it can solve problems such as corner blocks popping out, and achieve the effect of reasonable structure, portable disassembly and assembly, and ingenious conception
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Embodiment 1
[0024] Embodiment one: as attached figure 1 , 2 , 3, the magnetic second-order Rubik's Cube corner block includes a housing 1, a magnetic ball 2 and a magnetic block, the housing 1 is a hollow cube structure, and one of the apexes of the housing 1 is provided with a rotating gap 3, and the rotating gap 3 It is one-eighth spherical, and a magnetic block is fixedly installed in the rotating notch 3, and the center of the inner side of the three intersecting surfaces corresponding to the position of the rotating notch 3 is provided with a rotatable magnetic ball 2. According to requirements, eight present embodiments can be used to be stacked into a second-order Rubik's cube, and the eight rotating notches 3 are all located at the center of the second-order Rubik's cube, so that the eight rotating notches 3 are enclosed in a spherical installation cavity, and the existing known The spherical non-magnetic steel ball is placed in the installation cavity. During use, by arranging ...
Embodiment 2
[0027] Embodiment two: as attached figure 1 , 2 As shown, the installation device is the installation ball seat 4, the installation ball seat 4 is in the shape of a cylinder with an opening inward, the center of the first installation surface is provided with an installation hole through the inside and outside, and the outer ends of the installation ball seat 4 are fixed and installed in the corresponding position. In the installation hole, the inner end of the installation ball seat 4 is evenly distributed with at least two adjustment gaps 5 along the circumference. Magnetic ball 2. During use, by installing the magnetic ball 2 in the ball seat 4, the magnetic ball 2 will rotate in the ball seat 4 in this embodiment to eliminate the repulsive force and prevent the magnetic force between different corner blocks when rotating. Repulsion. According to requirements, since the housing 1 and the mounting ball seat 4 are made of plastic, both have elasticity, so that the outer en...
Embodiment 3
[0029] Embodiment three: as attached image 3 As shown, the installation device is a fixed cylinder 17, and the center of the inner side of the first installation surface is provided with a fixed cylinder 17, and the fixed cylinder 17 is provided with a magnetic ball 2 that can rotate therein, corresponding to the second installation position of each fixed cylinder 17. Positioning blocks 18 are arranged on the surface, and the positioning blocks 18 are all located in the fixed cylinder 17 at the corresponding position. During use, by setting the magnetic ball 2 in the fixed cylinder 17, when the present embodiment rotates, the magnetic ball 2 will rotate in the fixed cylinder 17 at the corresponding position to eliminate the repulsive force and prevent the magnetic force between different corner blocks during rotation. Repulsion; In addition, the positioning block 18 is plugged into the fixing cylinder 17 to facilitate the assembly and fixing of this embodiment.
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