Antibacterial socks based on sweat glucose detection

The antibacterial sock comprises a sock body, a detection mechanism used for achieving glucose detection is arranged at the sock bottom of the sock body, and the detection mechanism comprises a flexible substrate and a flexible package which are arranged at the bottom of the sock body; a power supply, four sweat glucose detection devices, a flexible temperature sensor and a single-chip microcomputer are arranged between the flexible substrate and the flexible package, and AgNWs are added into a flexible package material and a flexible substrate material; the sock toe and the sock sole which are formed by knitting the silver ion-containing water-absorbing superfine fibers and the silver ion antibacterial cotton fibers respectively are adopted to form the flexible package and the flexible substrate, the wearing comfort is improved, meanwhile, the antibacterial problem of the sock is solved, and the sock has the advantages of autonomous power generation, wearing comfort, bacterium resistance and bacteriostasis,