Somatosensory electronic puzzle

A somatosensory electronic puzzle, comprising:

• a puzzle base, and
• a plurality of puzzle blocks, wherein:
• the plurality of puzzle blocks are detachably connected to the puzzle base,
• the puzzle base comprises a bottom plate and a frame,
• an inner side of the frame is disposed with a control module and a storage module for storing a graphic code,
• an outer surface of the frame is disposed with a function selection switch,
• the function selection switch is connected to an input terminal of the control module,
• the plurality of puzzle blocks comprise a combination of one or more light-emitting puzzle blocks, a wind generating puzzle block, a smell generating puzzle block, a rain generating puzzle block, a tree puzzle block, a lightning and thunder generating puzzle block, a person puzzle block, or an animal puzzle block,
• the one or more light-emitting puzzle blocks comprise a puzzle block comprising a constant color and a puzzle block comprising variable colors,
• the puzzle block comprising the constant color comprises a first light emitting diode (LED) lamp,
• the puzzle block comprising variable colors comprises first three-primary-color LED lamps and an LED drive module,
• the LED drive module controls the first three-primary-color LED lamps,
• the wind generating puzzle block comprises one or more first fans,
• an inner side of the smell generating puzzle block is disposed with a spice groove for storing spices,
• an outer side of the smell generating puzzle block is disposed with a first atomizing nozzle connected to the spice groove,
• an inner side of the rain generating puzzle block is disposed with a water groove for storing water,
• an outer side of the rain generating puzzle block is disposed with a second atomizing nozzle connected to the water groove,
• the tree puzzle block comprises a light-transmissive tree-shaped shell,
• an inner side of the light-transmissive tree-shaped shell is disposed with second three-primary-color LED lamps and a gradient LED drive module,
• the gradient LED drive module is connected to the second three-primary-color LED lamps,
• the lightning and thunder generating puzzle block comprises an electric discharge switch and an electric discharge electrode,
• the electric discharge switch controls the electric discharge electrode to discharge electricity to simulate lightning and thunder,
• the person puzzle block comprises a light-transmitting person-shaped shell and a second LED lamp disposed in the light-transmitting person-shaped shell,
• the animal puzzle block comprises a light-transmitting animal-shaped shell and a third LED lamp disposed in the light-transmitting animal-shaped shell,
• the puzzle base comprises a plurality of joint interfaces,
• the plurality of joint interfaces each comprises a first positioning protrusion column comprising a positioning protrusion,
• an outer side wall of the first positioning protrusion column is disposed with a first negative electrode, a first control input electrode, and a first control output electrode,
• a top end surface of the first positioning protrusion column comprises a first positioning groove,
• a first positive electrode is disposed in the first positioning groove,
• the plurality of puzzle blocks each comprises a second positioning groove corresponding to a corresponding one of the first positioning protrusion columns,
• an inner side wall of each of the second positioning grooves is disposed with a second negative electrode, a second control input electrode, and a second control output electrode,
• a bottom surface of each of the second positioning grooves is disposed with a second positioning protrusion column corresponding to a corresponding one of the first positioning grooves,
• a second positive electrode is disposed on the second positioning protrusion column,
• the second positioning grooves each comprises a positioning opening corresponding to a corresponding one of the positioning protrusions,
• the plurality of puzzle blocks is connected to the puzzle base through the plurality of joint interfaces, and
• the first negative electrode contacts the second negative electrode, the first control output electrode contacts the second control output electrode, the first control input electrode contacts the second control input electrode, and the first positive electrode contacts the second positive electrode to achieve at least one of power supply or signal transmission.