Honeycomb silicone shock-absorbing integrally-formed insole

A honeycomb silicone shock-absorbing integrally-formed insole, comprising:

• a surface layer (1) and a base layer (2) that are sequentially stacked and bonded together, the base layer (2) being provided with a connecting groove (21) in a rear end thereof;
• and
• a silicone shock-absorbing structure (4) that is fixedly provided with a connecting sheet (3) at an upper end surface thereof and is fixedly provided in the connecting groove (21) via the connecting sheet (3), wherein
• the silicone shock-absorbing structure (4) is formed of a plurality of silicone cells each having a hexagonal shape, and is formed with a honeycomb shock-absorbing hole (41), and
• the surface layer (1) includes a heel cushion block (11), an arch cushion block (12), and a sole cushion block (13) sequentially provided from rear to front, and further includes a supplementary cushion block (14) provided on a side surface of the sole cushion block (13), and the heel cushion block (11), the arch cushion block (12), the sole cushion block (13), and the supplementary cushion block (14) are bonded together via a connecting fabric (15);
• wherein the shock-absorbing hole (41) is plugged with a silicone insert block (5), and after the silicone insert block (5) is completely inserted into the shock-absorbing hole (41), a lower end surface of the silicone insert block (5) is flush with a lower end surface of the silicone shock-absorbing structure (4).