Magnetic building block and magnetic building block toy

A magnetic building block toy, comprising at least one group of magnetic building blocks (100), wherein each group of magnetic building blocks (100) comprise a first building block (10) and a second building block (20);

• the first building block (10) comprises a first housing (11) and the following components disposed within the first housing (11):
• at least one first magnet (12) disposed in a first limiting region (111) in the first housing (11) in a limited manner;
• a first circuit board (13);
• a first sensor (14) electrically connected to the first circuit board (13);
• a first light-emitting module (15) electrically connected to the first circuit board (13);
• and
• a first power module (16) which is electrically connected to the first circuit board (13), the first sensor (14), and the first light-emitting module (15), and is configured to supply power to the first circuit board (13), the first sensor (14), and the first light-emitting module (15);
• the second building block (20) comprises a second housing (21) and the following components disposed within the second housing (21):
• at least one second magnet (22) disposed in a limiting region in the second housing (21) in a limited manner;
• and
• the first sensor (14) is configured to:
• sense, when the first building block (10) and the second building block (20) approach each other, a magnetic signal generated by the second magnet (22), and output a first trigger signal to the first circuit board (13) when the magnetic signal satisfies a preset trigger condition, to cause the first circuit board (13) to control the first light-emitting module (15) to emit light.

A magnetic building block (100), comprising a first building block (10), wherein the first building block (10) comprises a first housing (11) and the following components disposed within the first housing (11):

• at least one first magnet (12) disposed in a first limiting region (111) in the first housing (11) in a limited manner;
• a first circuit board (13);
• a first sensor (14) electrically connected to the first circuit board (13);
• a first light-emitting module (15) electrically connected to the first circuit board (13);
• and
• a first power module (16) which is electrically connected to the first circuit board (13), the first sensor (14), and the first light-emitting module (15), and is configured to supply power to the first circuit board (13), the first sensor (14), and the first light-emitting module (15);
• the first sensor (14) is configured to:
• sense, when the first building block (10) and another magnetic building block (100) approach each other, a magnetic signal generated by the first magnet (12) of the another magnetic building block (100), and output a first trigger signal to the first circuit board (13) when the magnetic signal satisfies a preset trigger condition, to cause the first circuit board (13) to control the first light-emitting module (15) to emit light.

A magnetic building block toy, comprising at least one group of magnetic building blocks (100), wherein each group of magnetic building blocks (100) comprise a first building block (10) and a magnetic component;

• the first building block (10) comprises a first housing (11) and the following components disposed within the first housing (11):
• at least one first magnet (12) disposed in a first limiting region (111) in the first housing (11) in a limited manner;
• a first circuit board (13);
• a first sensor (14) electrically connected to the first circuit board (13);
• a first light-emitting module (15) electrically connected to the first circuit board (13);
• and
• a first power module (16) which is electrically connected to the first circuit board (13), the first sensor (14), and the first light-emitting module (15), and is configured to supply power to the first circuit board (13), the first sensor (14), and the first light-emitting module (15);
• wherein the first sensor (14) is configured to:
• sense, when the first building block (10) and the magnetic component approach each other, a magnetic signal generated by the magnetic component, and output a first trigger signal to the first circuit board (13) when the magnetic signal satisfies a preset trigger condition, to cause the first circuit board (13) to control the first light-emitting module (15) to emit light.