The present invention relates to the field of
mechanical transmission technology, and the present invention discloses an
interlocking rack push transmission device, comprising: a housing; a flexible push rack
assembly, the flexible push rack
assembly is installed in the housing, the flexible push rack
assembly includes two flexible toothed belts installed opposite to each other at the side ends of the carrier joint, and a channel is provided in the housing for the flexible
toothed belt to travel along a U-shaped walking track; a power input assembly, the power input assembly is installed in the housing, the power input assembly is used for the flexible
toothed belt to travel, and when the two flexible toothed belts are engaged, the carrier joint is pushed forward. The front sides of the two flexible toothed belts are provided with external tooth blocks for the power input assembly to engage, and the back sides of the two flexible toothed belts are detachably provided with engaging blocks for
mutual engagement. The present invention provides an
interlocking rack push transmission device, which has the advantages of light weight, maintenance-free, high cleanliness,
low noise, high power integration, and small space.